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Metal Fabrication for Home Gardens | Schorr Metals Inc.

Mon, 01 Jul 2024 15:07:47 GMT

Sprucing Up Your Garden with Metal Fabrication Creations

Creating a captivating garden space often requires a blend of creativity, functionality, and durability. Metal fabrication offers a unique avenue to introduce bespoke creations that can elevate your garden aesthetic while withstanding the elements. Whether you're looking to incorporate striking sculptures, functional furniture, or ornate fences, metalwork can transform your outdoor space into a personal sanctuary.

The Beauty of Metal in the Garden

One of the primary benefits of using metal in garden design is its versatility. From sleek, modern lines to intricate, classical patterns, metal fabrication can accommodate a wide range of styles. Additionally, metals such as steel, aluminum, and wrought iron can be treated to resist rust and corrosion, ensuring longevity and minimal maintenance.

Custom Metal Sculptures

Sculptures are a fantastic way to inject personality into your garden. Metal fabrication allows you to commission custom pieces that reflect your tastes and the overall theme of your garden. These unique creations can be crafted from various metals, such as steel, aluminum, or bronze, and can be finished with different textures and patinas to achieve the desired look. Additionally, incorporating lighting into these sculptures can enhance their beauty and make them stand out even more, especially during evening hours. Whether it's an abstract design or a realistic representation of flora and fauna, a well-placed sculpture can serve as a focal point and conversation starter.

Functional Yet Stylish Metal Furniture

Garden furniture needs to be both functional and aesthetically pleasing. Metal fabrication provides the option to design bespoke furniture that meets your specific needs. Imagine a wrought iron bench nestled in a shaded corner or a stainless steel dining set that's perfect for alfresco meals. Custom metal furniture blends durability with design, ensuring that your outdoor pieces can withstand the elements while adding visual appeal.

Decorative and Protective Fences

Fencing is an essential feature for many gardens, providing both privacy and protection. However, it need not be purely utilitarian. Ornate metal fences can enhance the boundary lines of your garden, creating a seamless blend of security and style. These fences can be crafted from various metals such as wrought iron, aluminum, or steel, each offering unique properties and aesthetics. Laser-cut patterns or hand-wrought designs can turn a simple fence into a stunning feature that complements your garden's ambiance. Additionally, these fences can be customized with intricate detailing, scrollwork, and even personalized motifs to reflect your individual taste and the overall theme of your outdoor space. With the right design, an ornate metal fence can serve as both a protective barrier and a beautiful focal point in your garden.

Practical Garden Structures

Arbors, pergolas, and trellises are practical structures that can support climbing plants and define different areas within your garden. Metal fabrication offers the durability to support even the most vigorous vines while allowing for a variety of design options. The clean lines of a metal trellis can contrast beautifully with the organic shapes of climbing roses or ivy, creating a harmonious balance between nature and structure.

Integrating Metal with Other Materials

One of the advantages of metal fabrication is its ability to blend seamlessly with other materials. For example, a metal-framed wooden bench can offer both the warmth of timber and the durability of metal. Similarly, combining stone and metal in garden features such as planters or water fountains can create visually striking contrasts and textures.

Maintenance and Care

While metal creations are generally low-maintenance, they do require some care to keep them looking their best. Regular cleaning with mild soap and water can remove dirt and grime, while occasional checks for rust or corrosion will help in maintaining their longevity. Depending on the type of metal used, protective coatings or sealants can provide an additional layer of protection against the elements.

Metal fabrication creations offer an unparalleled way to enhance your garden with unique, durable, and beautiful features. Whether you're looking to add custom sculptures, functional furniture, decorative fences, or practical structures, metal can help you achieve a garden that is both personal and inviting. By integrating metalwork into your garden design, you not only add aesthetic value but also ensure lasting enjoyment for years to come. If you'd like to add metal fabricated projects to your garden, contact our team at Schorr Metals Inc. for more information.

Metal Fabrication | Schorr Metals Inc.

Mon, 17 Jun 2024 17:15:27 GMT

Comparing Copper vs. Steel Metal Fabrication

Metal fabrication has long been an essential process in manufacturing, construction, and a variety of industrial applications. Among the myriad of metals used for fabrication, copper and steel stand out due to their unique properties and versatility.

This blog post delves into the comparison between copper and steel, highlighting their advantages, disadvantages, and specific use cases in metal fabrication.

Properties and Characteristics

Copper

Copper is known for its excellent electrical and thermal conductivity. It is a ductile metal, meaning it can be stretched into thin wires without breaking, and it has a high resistance to corrosion. These properties make copper an ideal choice for electrical wiring, plumbing, and components exposed to moisture and heat. Additionally, copper's natural antimicrobial properties make it suitable for medical equipment and surfaces where hygiene is critical.

Steel

Steel, an alloy primarily composed of iron and carbon, is renowned for its high strength and durability. The versatility of steel lies in its ability to be alloyed with other elements such as chromium, nickel, and manganese to enhance its properties like corrosion resistance, hardness, and tensile strength. Steel's adaptability makes it a preferred material in construction, automotive industries, and heavy machinery. Unlike copper, steel can be forged, welded, and coated with various finishes, offering a broader range of fabrication options.

Fabrication Processes

Copper Fabrication

The fabrication of copper typically involves processes such as extrusion, drawing, and machining. Due to its malleability and ductility, copper can be easily shaped into wires, bars, and sheets. Welding and soldering are common joining techniques used in copper fabrication, particularly in electrical and plumbing applications. The ability to undergo extensive work without losing structural integrity makes copper a favorite in detailed and intricate fabrication projects.

Steel Fabrication

Steel fabrication is a more complex process that includes cutting, bending, welding, and assembly. The robust nature of steel requires heavy-duty machinery and specialized techniques such as laser cutting, arc welding, and powder coating. The versatility of steel allows for the production of large structures like beams, frames, and support structures, as well as smaller components like bolts, nuts, and gears.

Applications and Use Cases

Applications of Copper

Copper's superior electrical conductivity makes it indispensable in the electrical and electronics industry. It is extensively used in manufacturing electrical wiring, motor windings, and circuit boards. In the plumbing sector, copper tubing and pipes are favored due to their resistance to corrosion and easy installation. Furthermore, copper's antimicrobial properties find applications in hospitals and healthcare facilities, where cleanliness and infection control are paramount.

Applications of Steel

Steel's high tensile strength and versatility make it a cornerstone of construction and infrastructure projects. From building skyscrapers and bridges to manufacturing automobiles and shipping containers, steel's impact is ubiquitous. The material's ability to withstand high stress and environmental factors renders it suitable for critical applications such as pipelines, heavy machinery, and transportation networks. Additionally, stainless steel, with its corrosion-resistant properties, is widely used in kitchenware, medical instruments, and chemical processing equipment.

Cost Considerations

Cost of Copper Fabrication

Copper is generally more expensive than steel, primarily due to its superior conductivity and corrosion resistance. The cost is reflected in the price of raw copper materials as well as the fabrication processes that require specialized skills and equipment. Although the initial investment might be higher, the longevity and maintenance savings can offset the costs in the long run, especially in applications where durability and conductivity are crucial.

Cost of Steel Fabrication

Steel, being more abundantly available and versatile, generally presents a lower initial cost compared to copper. The fabrication processes for steel can be more intensive and require significant energy, but the material's strength and adaptability often justify the expenses. Additionally, advances in steel production and recycling have contributed to reducing costs, making it a cost-effective choice for large-scale projects and mass production.

Choosing between copper and steel for metal fabrication depends largely on the specific requirements of the project. Copper's exceptional electrical and thermal conductivity, combined with its resistance to corrosion, makes it ideal for applications in electrical, plumbing, and healthcare sectors. On the other hand, steel's unmatched strength and versatility make it a preferred choice in construction, automotive manufacturing, and heavy industry. Both metals have their unique advantages and challenges, and understanding these can help in making an informed decision for your fabrication needs. Whether you opt for copper or steel, each material brings its own set of benefits that can significantly impact the performance, durability, and cost-effectiveness of the final product.

For more information, contact our team at Schorr Metals Inc.

Revolutionizing Metal Fabrication With Laser Precision

Tue, 12 Dec 2023 15:33:08 GMT

In the dynamic world of metal fabrication, precision laser cutting stands out as a game-changer. This cutting-edge technology has revolutionized how we approach metalworking projects, offering unmatched accuracy and versatility.

Whether it's for intricate designs or large-scale industrial parts, precision laser cutting has become the go-to solution for professionals seeking top-notch results. Let's delve into this fascinating technology and explore how it's transforming the metal fabrication industry.

The Heart of Laser Cutting: Understanding the Technology

Precision laser cutting operates on a straightforward yet sophisticated principle. It utilizes a high-powered laser beam, focused onto a metal surface, to cut or engrave with extraordinary precision. The laser's intensity and heat are so finely tuned that they can slice through metal like butter, leaving behind a clean, smooth edge.

Benefits Beyond Compare: Why Laser Cutting Stands Out

One of the most significant advantages of laser cutting is its incredible accuracy. This precision allows for complex cuts and detailed designs that would be impossible or very difficult with traditional cutting methods. It's not just about making cuts; it's about making them with exactitude and consistency, every single time.

• Precision and Accuracy: Laser cutting provides an unmatched level of precision, crucial for intricate designs and tight tolerances.

• Versatility in Materials: Whether it's steel, aluminum, or exotic metals, laser cutting handles a wide range of materials with ease.

• Speed and Efficiency: Faster than many traditional methods, laser cutting increases productivity, saving time and resources.

• Quality of Cut: With its high precision, laser cutting leaves a clean, burr-free edge, reducing the need for additional finishing work.

In essence, these remarkable benefits demonstrate how laser cutting is not just a method but a comprehensive solution that elevates the standards of precision and quality in metal fabrication.

Applications in Today's World: Laser Cutting in Action

Laser cutting isn't just limited to one industry or application. Its versatility makes it a valuable tool in numerous sectors. From automotive parts that require exact fits to artistic metal sculptures demanding intricate detail, laser cutting is the answer to many fabrication challenges.

• Automotive Industry: Precision parts with tight tolerances are essential in vehicle manufacturing, and laser cutting provides this accuracy.

• Aerospace Sector: High-strength, lightweight components are crucial in aerospace, and laser cutting can handle these specialized materials.

• Art and Design: For artists and designers, laser cutting opens a world of possibilities in metal art, allowing for intricate patterns and designs.

These diverse applications highlight the impressive adaptability of laser cutting, proving it to be an indispensable tool across various industries for achieving precision, efficiency, and artistic expression in metalwork.

Enhancing Customization: The Art of Personalized Metalwork

The realm of customization is where precision laser cutting truly shines. This technology has opened up new possibilities for personalized metalwork, allowing both individuals and businesses to turn unique ideas into tangible products. Custom signage, bespoke furniture accents, and tailored machine components are just a few examples where laser cutting's precision can transform a standard piece into something extraordinary.

With its ability to accurately follow intricate designs, laser cutting ensures that even the most complex or delicate custom projects can be realized with finesse and accuracy. This level of customization not only meets specific client needs but also pushes the boundaries of creative metal design.

Safety and Sustainability: The Responsible Side of Laser Cutting

Laser cutting isn't just about precision and versatility; it's also a safer and more sustainable option. The process produces less waste and fewer harmful byproducts compared to traditional methods. Moreover, the high level of control reduces the risk of accidents, making it a safer choice for operators.

If you're looking to elevate your metal projects with the precision and finesse that only laser cutting can provide, reach out to Schorr Metals Inc. Witness how precision laser cutting can transform your projects into works of art.

Clever Ways To Use Brass for Your Interior Design Needs

Fri, 06 Oct 2023 16:01:31 GMT

Brass is one undeniably versatile metal that can elevate your space with a shimmering touch of sophistication and charm. This chic, golden-hued element has been ubiquitous in the design world for years. Read on to learn the charm of brass, and discover some clever and stunning ways to incorporate this timeless metal into your interior design.

Kitchen Fixtures

Incorporating brass into your kitchen is simple when you use it as an accent for cabinet handles and drawer knobs. Depending on the aesthetic of your kitchen, a number of different brass finishes are available. You can also employ brass in the kitchen by switching to a new brass faucet. Think about the theme of your kitchen's design and the other fittings' finishes before settling on a brass faucet.

Do not be scared to combine metals if your kitchen already has stainless steel accents. Brass and stainless steel, when used together, can create a sophisticated and well-rounded aesthetic. For a coordinated and fashionable aesthetic, consider replacing the cabinet hardware and faucet with brass accents while keeping the appliances stainless steel.

Adding brass accents to your kitchen island can be a great way to create a strong design statement. You could use brass panels to clad the island, or you could add brass hardware to the cabinets and drawers. This will make your island the showpiece of your kitchen and give it a luxurious feel.

Lighting

Brass is a popular choice for lighting because of its adaptability. You can select a brass fixture that is the ideal size, shape, and design for your space among the many options available. There is a brass lighting fixture for every style, whether you are looking for something sleek and contemporary or more elaborate and classic.

Pendant lights are a great way to use brass in your lighting scheme. These lights look great when mounted above a kitchen island or dining room table to lend a splash of brass to the room. They can also serve as accent lighting in the living room or bedroom, casting a warm and welcoming light.

Brass wall fixtures are an excellent choice if you need to substitute all of your existing light fittings. These are versatile enough to serve as accent lighting for artwork or architectural details, task lighting for countertops, or even just as an aesthetic flourish.

Bookshelves

In most cases, bookshelves are made of wood or glass, but adding brass to them can give any room a novel and classy look. Because of its strength and durability, brass is ideal for supporting heavy volumes without sagging or bending. Because of this, it is a good option for both homes and businesses.

Brass is a daring material, but it complements many different design aesthetics. The practicality of brass bookshelves can be equivalent to that of more conventional materials. You can choose the size and depth of the shelves to accommodate a wide variety of books, decorative items, and other objects. The brass rods can also serve as dividers, allowing you to set up unique shelves for various collections.

Bathroom Fixtures

Brass serves as the foundation for many plated treatments, and brings a sense of welcoming sophistication to the bathroom. But it is not just for Victorian-era designs anymore. Instead, there is a wide selection of modern, sleek brass fixtures for use in bathrooms.

Bathrooms with a minimalist, opulent, midcentury, or industrial vibe can all benefit from the addition of brass fixtures. It adds a sophisticated and one-of-a-kind flair to the room while standing in stark contrast to the usual chrome or stainless steel.

Fixtures like knobs, handles, towel bars, and faucets are a good place to begin. These accents are a great way to introduce brass to your bathroom without overwhelming the space. But do not restrict yourself to these components alone. You might complete the look with a brass shower frame. Doing so will elevate your bathroom's design and bring it together.

Comparing Metal Cutting Methods

Fri, 11 Aug 2023 10:13:00 GMT

Metal cutting is a manufacturing process that divides a larger material into smaller parts. Various methods are available, each with unique advantages and limitations, tailored to specific projects and metals. Below is an outline of some common methods.

Laser Cutting

Laser cutting focuses a concentrated beam of light generated by a laser onto the metal surface. The intense energy of the laser beam rapidly heats and melts the metal at the point of contact. Simultaneously, a high-pressure gas, like nitrogen or oxygen, blows away the molten material, leaving behind a clean, smooth, and accurate cut.

Laser cutting offers several advantages over traditional cutting techniques. Its non-contact nature eliminates the need for physical blades, minimizing wear and tear and reducing maintenance costs. The process also enables intricate and complex designs with exceptional edge quality. Additionally, it reduces material wastage due to its narrow kerf width, maximizing resource utilization and cost-effectiveness.

This technology finds wide applications in various industries, such as automotive, aerospace, electronics, and manufacturing. Its precision, speed, and versatility make it a preferred choice for cutting metals, offering an optimal solution for achieving high-quality products and components.

Waterjet Cutting

Waterjet cutting is a highly effective metal cutting process that utilizes a high-velocity stream of water mixed with abrasive particles. This stream is directed at the metal surface, eroding the material through a combination of abrasion and erosion. The waterjet's velocity is carefully controlled to ensure precision and accuracy in the cutting process.

First, pressurized water is pumped through a small nozzle, forming a concentrated jet. Then, abrasive particles are added to the water stream, enhancing its cutting capabilities. When the water jet makes contact with the metal, the abrasives accelerate the erosion process, effectively slicing through the material.

Waterjet cutting is advantageous because it doesn't create heat-affected zones or alter the metal's inherent structure, preserving its integrity. This method is ideal for cutting intricate shapes and materials with varying thicknesses. Additionally, waterjet cutting is environmentally friendly, as it produces no hazardous fumes or waste.

Plasma Cutting

Plasma cutting is a highly efficient metal-cutting process that employs a focused, high-velocity jet of ionized gas to slice through various types of metals. The key components of a plasma cutting system include a power supply, gas supply, and cutting torch.

In this process, an electric arc is formed between an electrode in the torch and the metal being cut, leading to the ionization of gas passing through the nozzle. The gas can be nitrogen, oxygen, argon-hydrogen, or a mixture of gasses. This ionization converts the gas into plasma, an incredibly hot state of matter. The plasma jet emerges from the nozzle and reaches extremely high temperatures.

The intensely heated plasma is directed towards the metal surface, causing that specific area to melt. Simultaneously, the high-velocity gas blows away the molten metal from the cut, creating a clean and precise incision. The speed and precision of the cut depend on the metal's thickness, the plasma gas used, and the cutting speed settings.

Sawing

When sawing metal, a specialized tool called a saw is used. The saw consists of a sharp-edged blade or abrasive discs that slice through the metal with precision and efficiency.

The efficiency of the sawing process in metal cutting is determined by various factors, such as the blade or disc's material, size, and teeth per inch (TPI). For instance, a fine-toothed blade with a higher TPI is suitable for intricate cuts on thin metal sheets, while a coarse-toothed blade with a lower TPI is more suitable for cutting thick metal bars or pipes.

Schorr Metals Inc. offers a wide range of industrial hardware and precision fabrication. Our knowledgeable staff and top-quality manufacturers ensure you get the best experience. Contact us now to get started.

Industries That Use Metal Fabrication Products

Wed, 12 Jul 2023 20:09:12 GMT

Metal fabrication is a versatile and essential process that involves shaping, cutting, and assembling various metals to create a wide range of products. Metal fabrication is crucial in multiple industries, from large-scale construction projects to the intricate components of aerospace technology. This blog will explore some key sectors that heavily rely on metal fabrication products for their operations.

Construction

Construction companies need strong and durable materials for their buildings and infrastructure projects. Metal fabrication provides the strength and durability required for structures like steel beams, columns, stairs, handrails, and roofing systems.

Metal fabrication also creates reliable roofing systems. Moreover, in construction, they often use customized metal components to make buildings look good and work well. These customized parts improve both the appearance and the function of the structures. With metal fabrication, constructing sturdy and long-lasting structures would be much easier.

Transport

The transport industry relies heavily on metal fabrication products like railway and marine sectors. Metal fabrication is crucial in producing vehicles like cars, trucks, and motorcycles. It creates strong and durable vehicle frames, chassis, and engine components. In the railway industry, metal fabrication manufactures tracks, bridges, and various structural elements.

Metal fabrication ensures the strength and stability required for safe and efficient train transportation. Metal fabrication is also essential in the construction of ships and boats. It creates the hulls, decks, and other structural components. These products ensure the durability and stability of the vessels, allowing them to withstand the challenges of the marine environment.

Aerospace

Aerospace technology requires precise and reliable materials; metal fabrication is crucial in meeting those demands. Lightweight metals are important in aerospace, as they help reduce the overall weight of aircraft and spacecraft. Metal fabrication plays a key role in producing various aerospace structures. It enables the creation of aircraft frames, engine components, landing gear, and control surfaces.

These parts need to be meticulously crafted to ensure high performance and safety. The aerospace industry employs specialized fabrication techniques to meet strict quality and safety standards. It uses CNC machining, laser cutting, and sheet metal forming techniques to accurately shape and assemble metal components.

Mining

Mining operations need equipment, machinery, and infrastructure to withstand tough conditions. Metal fabrication provides the robustness and durability required for these purposes. Conveyor systems are crucial to mining operations, as they help transport minerals efficiently. Metal fabrication creates strong and reliable conveyor systems that can handle heavy loads and operate continuously.

Drilling rigs are another essential component in mining. Metal fabrication builds sturdy drilling rigs that can withstand challenging drilling conditions and extract minerals from the earth's surface or underground. Storage tanks are also essential in mining for storing and processing minerals. Metal fabrication creates storage tanks resistant to corrosion and leakage, ensuring the safe storage and handling of mined materials.

Energy

Metal fabrication helps construct different energy sources, including renewable and conventional. For instance, metal fabrication products are essential in building wind turbines, solar panels, and hydroelectric power plants. These energy sources require sturdy and reliable metal components to generate electricity efficiently.

Moreover, metal fabrication produces infrastructure for the oil and gas industries. This includes the fabrication of pipelines, storage tanks, and drilling equipment. These components are necessary for extracting, storing, and transporting oil and gas resources safely and efficiently. Metal fabrication ensures that the energy sector operates smoothly and effectively. It provides the necessary materials and structures to harness energy from various sources, contributing to a more sustainable and reliable energy supply.

If you need high-quality metal fabrication products for your industry, Schorr Metals Inc. is here to help. With years of experience and a team of skilled professionals, we specialize in delivering custom metal fabrication solutions to meet your specific requirements. Contact us today to discuss your project and discover how our expertise can benefit your business.

5 Benefits Of Custom Sheet Metal Fabrication

Tue, 04 Apr 2023 18:35:41 GMT

Professional metal fabricators can use customization to create products according to your requirements. The customized product will better serve your business than a generic product. One of the materials that the fabricator will use is a custom metal sheet. Here are some of the reasons why fabricators prefer custom metal sheets over standard prefabrication.

1. Durable

Sheet metal can withstand excessive force and stress in any operation. This ensures that the material doesn't wear and tear quickly, which increases its lifespan. Some manufacturers also create various alloys of custom sheet metal that can withstand high force, corrosive chemicals, and extreme temperatures. However, the lifespan of your custom sheet metal varies depending on the manufacturing process, with plain steel rusting faster when exposed to salt water.

2. Adaptable

Professional fabricators may create products that work with whatever hardware your business uses. However, the products may not always be compatible with your hardware. For example, the prefabricated products might not fit perfectly with an existing machine. The problem often occurs if the fabricator uses standard prefabrication processes and rigid materials.

In contrast, custom metal sheets can create highly standardized parts for various uses. You will create pieces that fit perfectly with your home or business structure. That is because the custom sheet can take any size and shape and is compatible with specific hardware.

Even if a generic prefabricated part can fit into your hardware, you may spend lots of time and modifications to install the parts. With custom sheet metal fabrication, the fabricator will take precise measurements of your hardware. They will then create a metal sheet part with exact dimensions per your requirements. Fitting and installing this metal part to your hardware will require less effort and time.

3. Compatible

Custom sheet metal fabrication is more compatible with high-precision parts. Professional metal fabricators use techniques such as laser cutting, shearing, planking, cutting, and stamping to fabricate custom sheets. These techniques require special tools or equipment and a highly experienced manufacturer.

Although the manufacturer can use manual processes for some of these techniques, automated machinery is now the industry standard for converting custom sheets into high-precision parts. The precision parts meet the user's requirements, including accurate and specific tolerances.

High-precision parts are used by various industries, including food and beverage, healthcare, aviation, automotive, and construction. Fabricators now prefer using computerized machines and special software to create precision parts for each industry. Automated machines can automatically cut, prototype, bend, and power press components of high-precision parts. Computerized machines can also determine the correct type of material, such as high-carbon steel, that can take any form without losing quality.

4. Salvageable

Several industries keep damaged or aged machines and equipment because of the replacement parts and spares. However, fabricators can use custom sheet metal fabrication to duplicate or reverse engineer the replacement of spare parts. In some cases, the fabricators can even improve upon the components. This allows companies to salvage old junk that takes up unnecessary space in the building and get new working parts in the process.

5. Affordable

Some metals are expensive and require costly equipment to form specific shapes. In contrast, custom sheet metal has a lower price tag than most metals. In addition, the fabrication processes for custom sheet metal don't require expensive equipment and tools. Fabricators also don't have to spend lots of time and hire several people to work on fabricating custom sheet metal.

The result is significant cost savings that eventually reduce the cost of custom sheet metal products.

Are you planning for a significant project that requires metal products? Schorr Metals Inc. can provide high-quality metal products for your next big project. We are a fabricator company that can design and construct custom metal products for you. Contact us to find out how our metal shop can help you.

Advantages of Stainless Steel for Fabrication Projects

Mon, 20 Feb 2023 18:14:35 GMT

Stainless steel is undoubtedly one of the best materials for all types of fabrication projects. Its properties lend themselves to various special applications, from functional kitchen items to decorative pieces. Stainless steel has numerous advantages, making it an ideal choice for fabrication projects. This article discusses some of the advantages that stainless steel offers for fabrication projects.

Corrosion Resistance

Stainless steel has become increasingly popular for fabrication projects because of its excellent corrosion resistance. The secret to this longevity lies in its ability to fight rust, which is thanks to an element called chromium. This magic ingredient forms a layer of film on the surface that prevents oxygen from forming oxides with other elements, leading to rust.

As an alloy of iron and chromium, stainless steel is an investment that pays off, as it does not require constant maintenance like other metals due to its corrosion resistance. Few projects are worth the time and money without investments that last, making stainless steel the metal of choice for fabrication projects.

Sustainability

For fabrication projects prioritizing sustainability, stainless steel is an excellent material choice. Not only is it exceptionally durable and long-lasting, but it is also 100% recyclable, reducing the need to produce new materials. Additionally, over half of all stainless steel globally is made from scrap metal, resulting in less need to source raw materials and a lower environmental impact overall.

Compared to other metals, such as aluminum or copper, stainless steel products are more eco-friendly and sustainable in the long run. Therefore, stainless steel stands out as a clear winner when considering the best material for fabrication projects that value sustainability.

Ease of Fabrication

Stainless steel is the preferred material for many fabrication projects as it's easy to fabricate and manipulate into a desired shape using cutting, bending, and assembly processes. It's particularly beneficial for custom projects and manufacturing jobs where precision is of the utmost importance.

That said, you must choose a professional fabrication company with access to up-to-date equipment to ensure the job runs smoothly. Not all companies have the necessary resources available, and the project may be subpar, even with material as easy to use as stainless steel.

Temperature Resistance

Stainless steel is renowned for its temperature resistance, making it a great choice for fabrication projects that must meet more stringent heat-related requirements. With the ability to resist oxidation at high temperatures, it's the preferred material for items such as water heaters or pressure valves.

Generally, this oxidation resistance is linked to the amount of chromium in the stainless steel alloy. Simply put, stainless steel is the way to go if you want maximum fire resistance.

Aesthetic Appeal

Stainless steel has become the favorite material for engineers and architects due to its aesthetically pleasing properties. Its smooth surface reflects light, unlike any other metal, creating an attractive view in modern architectural projects.

Through technological progress, stainless steel can now come in various colors and patterns that last much longer than traditional materials. Coloring stainless steel has also more popular because it is much easier to achieve different shades and tones on the surface compared to others.

Hygiene

Stainless steel is one of the most hygienic metals out there, and it is the benchmark for kitchens, sinks, tables, benches, and shelving. Using a metal like titanium is too costly for most mainstream fabrications, so stainless steel is an obvious alternative that retains a high level of hygiene.

There are no pores in stainless steel, so cultivating microorganisms inside its surface is almost impossible, which results in a highly sanitary result. This is great if you deal with food-related products or installations.

Stainless steel stands out as the perfect choice for metal fabrication projects. With a combination of outstanding corrosion resistance, durability, and cost-effectiveness, stainless steel provides quality products that will last for years. Contact us today to find out how we can turn your ideas into a custom reality with the help of stainless steel.

Different Types of Metal Fabrication

Tue, 27 Dec 2022 03:57:00 GMT

Raw metal materials must undergo various metal fabrication techniques before they are ready for assembly and manufacture. Metal fabrication techniques vary, depending on the type and purpose of metal. Read on to discover common metal fabrication techniques.

Cutting

Cutting is a simple form of metalworking that has been around for many years. Although the process and concept of metal cutting are simple, manufacturers often use the process alongside other major fabrication techniques.

Generally, metal cutting requires specific tools like a work desk, metal specimen, and cutting equipment. The process encompasses the extraction of unwanted components from the network piece. Unwanted components can be ferrous or non-ferrous substances. After the removal of unwanted parts, the finished product can have applications in other systems and components.

Metal Stamping

Metal stamping is a technique that gives a specific shape to flat metal sheets. Stamping is a complicated process that encompasses multiple techniques, like piercing, bending, punching, and blanking. The process starts when you place flat sheet metal inside a stamping press. The press contains a die surface and a tool that compresses the metal into a specific shape.

For example, the press can emboss, coin, bend, or punch the metal into the required shape. The main stamping techniques are progressive die stamping, four-slide stamping, and deep draw stamping. You can also go for short-run metal stamping that uses minimal tools and is perfect for small projects.

Welding

Welding refers to fusing or combining metal pieces together. The combining process can use compression and/or heat. Most welders typically use an arc flame from an electric source to produce the heat. Commonly welded materials include stainless steel, mild steel, and aluminum.

Welders can use heat to weld metal pieces together. However, the process typically involves inserting melted filler metal into the spaces between the two metal pieces. The melted metal has the same melting point as the fused metals. Welders often use oxidation and other strategies to protect the melted metal. The welders can use a coated electrode material that generates shielding gas.

Metal Forging

Metal forging is the process in which a work piece or billet deforms plastically due to the application of compression force. Forging can occur in various temperature ranges, like isothermal, warm, cold, and hot. However, the forging of metal typically occurs at temperatures higher than the metal's recrystallization temperature.

Forging has been around for thousands of years, and evidence suggests that the method manufactured utensils, coins, and jewelry in 4,000 B.C. While the same forging concepts are popular today, the tools have changed over time. Nowadays, advanced mechanical presses and high-powered hammers are the main tools in the forging processes.

The process has applications in various industries and produces multiple machines like turbine routers, bolts, and gears.

Metal Casting

Metal casting involves putting molten metal into a mold to generate a specific metal component. The mold has a hollow cavity with a specific geometrical shape. Once the molten metal cools down, it will take the shape of a hollow cavity.

Metal casting involves several steps, such as patternmaking, mold making, metal melting and pouring, and post-processing. Generally, metal casting generates shapes and ingots. An ingot is a metal part with a specific shape that is meant for further processing.

Metal casting consists of many groups that depend on the design of the mold. The groups include composite mold and permanent mold. Each process requires specific tolerance, material, and quantity of metal.

Metal fabrication is a wonderful way to use metal in your next project. But since the process can be complicated and time-consuming, have a professional do the metal fabrication for you. Schorr Metals Inc. can help you get metals to use in your next fabrication project. We are also a fabricator that can design and construct products for you. Contact us to get started.

6 Reasons To Choose Aluminum for Your Fabrication Project

Fri, 14 Oct 2022 19:21:22 GMT

From utensils to structural elements and machine parts, aluminum is one of the widely used metals in fabrication. The metal's superior qualities, like lightness, rust resistance, and durability, make it a perfect choice for making machine parts and structures in the construction industry.

However, some metals may have similar or superior qualities and are as widely available as aluminum. So, why should one choose aluminum over other metals like steel, copper, and zinc?

Below are some qualities that make aluminum a top choice for fabrication projects.

1. Cost-effectiveness

Aluminum is a perfect material for your project if you are on a budget. The metal's light weight makes it cost-effective, as you get more volume when you buy by weight. The material's light weight can also save you some money in transportation costs, especially if you buy your materials in bulk.

Moreover, since the material is easy to work with, you can cut down on the costs of heavy dependence on machines during fabrication, such as the energy costs that accompany intense machine use.

2. Sustainability

If you care about the environment, you might feel more satisfied using a material with a lower carbon footprint in your project. Aluminum is one of the most environmentally friendly metals, thanks to its high recyclability.

Since aluminum can be recycled numerous times without losing its inherent value, you cannot find aluminum in landfills. In fact, about 75 percent of all the aluminum that has ever been produced is still in use today. Also, when you use recycled aluminum, you help save the energy used to make virgin aluminum.

3. Durability

Due to its high strength-to-weight ratio, aluminum can withstand forces pushing it down or pulling it apart. Therefore, you can use the metal for fabrications intended for demanding applications, like in the construction industry and motor vehicle manufacture.

Also, aluminum forms a layer of barrier oxide on its surface, which often prevents corrosion like rust. Thanks to this natural resistance to corrosion, you don't have to worry as much about deterioration, even when your fabrications are for outdoor use.

4. Easy to Shape

Aluminum's ease of fabrication makes it a highly sought-after material in the manufacturing industry. Due to its flexibility and light weight, you can use the metal to fabricate different shapes for various uses. For example, you can make a product thinner using aluminum or bend it into intricate designs that you may not achieve with heavier metals.

In addition, due to the metal's flexible nature, you can fabricate it faster and use less energy, thus lowering the cost of fabrication.

5. Electrical and Heat Conductivity

Aluminum is an excellent option if your project requires high thermal and electrical conductivity. For example, you can use aluminum to make a casing for your electrical machines due to its heat dissipation. While copper is a better conductor, aluminum wins in light weight and affordability.

6. Aesthetics

Aluminum's sleek appearance is unmatched, making it a top choice for outdoor cladding and interior fabrications. In addition, the material maintains its luster for a long time, thanks to its natural corrosion resistance. You can also make colorful varieties by anodizing the metal.

Aluminum's glossy surfaces are dirt resistant and easier to clean, meaning your fabrication can always look shiny and new.

While the variety of metals is wide, your project's needs determine the best metal to use. For example, you cannot choose a metal with low malleability if your fabrication has some intricate designs. The above properties of aluminum make it a perfect option for most fabrications, especially when cost, aesthetics, and durability are crucial.

At Schorr Metals Inc., we boast an extensive inventory of high-quality metal products and offer numerous metal fabrication services. Contact us today to experience our unmatched customer service.

5 Common Metal Fabrication Mistakes to Avoid

Thu, 04 Aug 2022 19:05:35 GMT

Metal fabrication helps humans live better lives. Today, metal fabrication is an important sector of our economy that plays a vital role in manufacturing many products in the market. For example, car manufacturers require numerous metal fabrication processes to make vehicle bodies and other parts.

Thanks to modern technology, metal fabrication today is more refined than it was, enabling intricate designs and minimizing mistakes. However, due to the complexity of modern metal fabrication, fabricators must ensure the highest levels of precision and accuracy.

While a single mistake in metal fabrication can lead to huge losses or injuries, most mistakes are avoidable if you know about them. Below are some common fabrication mistakes to look out for when planning or actualizing your projects.

1. Wrong Choice of Material

Since different metal types have varying properties, fabricators should choose a metal depending on your project's needs. For example, if you choose the least expensive metal available, your client may experience problems with the product down the line.

In addition to the effectiveness of the final product, your choice of material can significantly affect the fabrication process. For example, if you choose the strongest material for complex designs, you might overwork your machines, leading to frequent breakdowns.

2. Uninformed Decisions

Pseudo assumptions can lead to huge losses in fabrication, especially when making parts for a machine with many components. For example, a car's door will not fit properly during assembly if you use the wrong measurements when fabricating. Such differences can significantly affect a product's performance.

Therefore, metal fabricators should follow their clients' specifications and measurements meticulously to avoid manufacturing defects. So, if you doubt the correctness of a client's measurements or specifications, reach out to them for more details instead of making assumptions about it.

3. Improper Material Storage

As a metal fabricator, you need a sufficient stock of various materials to minimize lead times. However, to avoid damage to materials, consider the natural properties of your raw materials when designing your storage area.

For example, light materials that can easily break should have a safe storage area with less traffic. Also, store ferrous raw materials, like fillers, indoors and away from water and moisture to prevent corrosion.

Damage to raw materials can lead to defective final products, or the damage could render the materials unfit for use.

4. Poor Scheduling

Like any other form of manufacturing, metal fabrication requires proper scheduling for the best results. To meet deadlines, you must plan for the timely delivery of supplies. Also, ensure that you have enough time to complete the fabrication process and allow the filler and binders to settle before delivering the finished product.

If you fabricate in a hurry, you might compromise the quality of the finished product or even hurt yourself.

5. Unrealistic Designs

Though most modern fabrication tools can enable complex fabrications, each material has its limits that you must respect when designing your products. Unrealistic designs can lead to issues like material wastage and poor structural stability of the final product.

If you are unsure about the feasibility of your designs, seek other fabricators' opinions or start with a prototype for better assessment.

Some metal fabrication mistakes can make your project costly and frustrating. Use the information above to do the right things that help your projects go smoothly. Moreover, if you outsource your fabrication projects, hire a reputable fabricator for flawless products.

At Schorr Metals Inc, we have the experience and equipment necessary to offer a wide variety of quality fabrication services. Contact us today to learn more about our products and services. We look forward to helping you with your metal fabrication needs.

Ferrous and Non-Ferrous Metal: What You Need to Know

Wed, 08 Jun 2022 16:46:48 GMT

If you are a metal novice and you need to complete a metal fabrication project, you need to choose the correct type of metal. Different metal types have different properties to them, which makes certain metals better for some projects than others.

Two types of metals exist: non-ferrous and ferrous metals. Within each category sits a variety of metals with their own distinct properties that make them ideal for certain projects. Knowing about both ferrous metals and non-ferrous metals is crucial. Discover what you need to know.

What Are Ferrous Metals?

Ferrous metals have iron. Ferrous metals often are magnetic and are primarily known for strength. These metals are for projects that require durability and are common in industrial and architectural projects. Ferrous metals help make engines, appliances, bridges, cars, and railroads.

These metals have a higher carbon content. This means they are more prone to rust. The exception is stainless steel. Stainless steel contains chromium, which helps prevent rusting.

You have different ferrous metals to choose from. Stainless steel is one of the most durable ferrous metals. Stainless steel is rust- and corrosion-resistant and will last longer than other metals.

Wrought iron is another ferrous metal. Wrought iron has less carbon than other ferrous metals, which helps prevent oxidation and corrosion. This metal helps to make stair railings, chains, and barbed wire.

Cast iron is another ferrous metal with a higher carbon content. The higher carbon content means cast iron is stronger than other ferrous metals. However, cast iron can also be more brittle due to the lack of alloy in the metal. Cast iron is common for cookware, mining supplies, rods, and gears.

Carbon steel is a ferrous metal that is mostly iron. The other element that makes up carbon steel is carbon. These alloys are among the most commonly used of all ferrous metals. Carbon steel helps to build buildings and other structures, automotive parts, furniture, blades, tools, and even cookware.

What Are Non-Ferrous Metals?

Non-ferrous metals don’t have much, if any, iron. Non-ferrous metals have no magnetism. They are from within the earth and are sulfides and oxides. Non-ferrous metals also have some advantages.

The primary benefit non-ferrous metals have is that they are resistant to corrosion and rust. These metals have higher malleable properties, which makes fabricating perfect for projects which need to be a specific shape. Common applications of ferrous metals include roofing materials, pipes, plumbing components, and gutters.

Aluminum is a non-ferrous metal for projects that need to be lesser in weight. Aluminum is lightweight and not as strong as steel. However, aluminum will strengthen by adding alloy elements and heat. Aluminum helps to make airplane parts, rails, beams, and cookware.

Copper is a very malleable non-ferrous metal with a high level of conductivity. Copper is naturally occurring in the earth. This non-ferrous metal help to make bearings, roofing materials, tubing, and statues.

Gold is a highly recognizable non-ferrous metal most common for jewelry, coins, colored glass, and tooth restoration. Gold is the most malleable metal and resists corrosion and most chemical reactions. Gold has electrical conductivity and can also help make computer components and infrared shields.

These are just a few examples of non-ferrous metals and ferrous metals. When you know the requirements of your project, you can better understand the reasons for the need for certain metals.

If you have a metal project or you have any questions, please contact us at Schorr Metals Inc . We look forward to helping you with your metal fabrication project needs. We are happy to go over anything related to metal you want to know.

4 Smart Ways to Prepare Your Substrates for Metal Fabrication

Mon, 18 Apr 2022 16:06:35 GMT

Metal fabrication is an important step when processing raw materials into final products. Whether you need to cut, sheer, cast, or forge a desired metal, adequate preparation will ensure high-quality end products. Therefore, a fabrication plan for each substrate you work with is critical, especially for large-scale operations.

Preparation will also make it easier for you to choose a reliable metal fabrication company. By developing a solid plan with your metal fabrication partner, you can significantly reduce costs and material wastage while improving your bottom line.

Read on to learn four smart ways of preparing your substrates for the fabrication process.

1. Start With a Value Proposition

A value proposition is a framework that ensures you're adding value during every step of the manufacturing process. Many workflows don't add value to finished products because of consumed resources. For example, you may be cutting your metals too thick during the fabrication process, thus using more material than necessary.

Insufficient force during forging and extrusion may also result in non-uniform end products that increase manufacturing expenses. Start by auditing your fabrication process to identify inefficient workflows. A metal fabrication company can help you analyze your DXF files for inaccurate dimensions or unnecessary coordinates.

Furthermore, work with your fabrication partner to access data-driven insights that boost productivity. Historical data on machine performance, production timelines, and raw material consumption is a critical asset during the value proposition process.

2. Optimize Temperature and Pressure

Optimal temperature and pressure settings are critical during metal fabrication. Raw materials such as brass and aluminum may warp under high heat, while the brittle nature of magnesium may result in breakage under high-pressure conditions. Therefore, work closely with your fabricating partner to determine the optimal conditions for your raw materials.

Bronze, for instance, is a reliable metal for high-pressure settings such as casting and forging. On the other hand, stainless steel is a common choice for laser cutting and machining. Consider the raw materials you will use and the nature of your end products before setting the temperature and pressure.

3. Remove Impurities from Metal Surfaces

Surface preparation involves the cleaning of impurities from a metallic surface before fabrication. For example, when working with iron or steel, you may need to remove rust and other coatings that interfere with material processing. Surface preparation is particularly useful during welding. If the material isn't free of impurities, foreign objects may enter the weld pool and affect product quality.

There are many ways of cleaning your metallic surfaces before the fabrication process. Power brushes use abrasive force to scrape off impurities, while bonded abrasive products prevent oxidation and uneven surfaces. Furthermore, a smooth and uniform metal surface is critical for sheering and laser cutting.

4. Control Cutting Speeds to Minimize Wastage

Another important preparation tip is to control machine cutting speeds. Faster is not always better, especially when working with limited raw materials. Your plan should prioritize accurate and precise cuts along your substrate to reduce wastage. When milling or drilling through metal, use low cutting speeds to ensure proper friction along the surface.

Consider using a variable-speed tool if you need more complex cutting patterns. Your metal fabrication service can help you select adequate operating speeds across each type of substrate to deliver high-quality end products. Furthermore, adapting your cutting speeds to the substrate will reduce costs and produce clean, precise cuts.

A planned metal fabrication process is an excellent way to add value to your end products. With the right fabrication service by your side, you can increase project capacity without compromising quality or cost.

If you're looking for a quality metal fabrication service to partner with during your next project, Schorr Metals Inc. is here to help. We deliver spectacular service and on-time delivery for our clients. Contact us today.

Types of Metals Used in Espresso Machine Boilers

Sat, 05 Mar 2022 07:35:41 GMT

The boiler of an espresso machine stores the water that's used to pull shots and steam milk. Boilers are made of metal, and the ideal metal conducts heat, doesn't corrode, and is affordable. Manufacturers of espresso machine boilers use several metals that offer these properties to varying degrees. Learn about the pros and cons manufacturers weigh when they choose which metal to use.

Aluminum

Aluminum is widely used in entry-level espresso machines, for manufacturers prioritize cost over other factors in these machines. Cheap stovetop espresso machines, inexpensive steam-powered machines, and budget pump machines might all have aluminum boilers.

The biggest benefit of aluminum is that it doesn't drive up the cost of these machines. Aluminum itself is a comparatively inexpensive metal that is also relatively lightweight. The low weight ensures shipping costs remain as low as possible.

The biggest drawback of aluminum is that it corrodes, although aluminum corrosion is white instead of iron's iconic red. The aluminum boilers in entry-level machines will eventually wear out from corrosion. Buyers understand that these machines are made inexpensively and don't expect them to last forever, though.

Aluminum's thermal conductivity is serviceable. Even if it's not as ideal as some other metals, the difference in its conductivity and that of other metals doesn't make a noticeable impact on the quality of espresso that these machines produce. However, other features are also built inexpensively, and might not necessarily be optimized for maximum flavor and extraction.

Stainless Steel

Stainless steel is sometimes used in addition to or instead of aluminum. When it's used with aluminum in an espresso machine's boiler, the stainless steel lines the inside of the boiler — where the metal is in near-constant contact with water.

The obvious benefit of stainless steel is that it resists corrosion. The metal can theoretically last indefinitely, extending an espresso machine's life span well beyond what's expected of an entry-level machine.

The drawback of using stainless steel in an espresso machine boiler is the corresponding increase in cost, as stainless steel is more expensive than aluminum.

Manufacturers most often use stainless steel in mid-tier espresso machines, although it's not necessarily a commonly used option even at this tier.

Brass

Brass is widely used in espresso machines, ranging from mid-tier machines to high-end ones. Although brass costs more than either aluminum or stainless steel, it provides a large upgrade in performance — and that upgrade is noticeable in the quality of espresso that the machine produces.

The thermal conductivity of brass is high, and this provides a demonstrable improvement in the brewing temperature of espresso shots. Maintaining a consistent brewing temperature is essential to consistent extraction through an entire shot.

An espresso machine's boiler becomes hot as a machine warms up, and then it transfers some heat to the water in it as the machine pulls an espresso shot. Without heat transfer from the boiler, the water will cool as a shot is pulled because hot water is being taken from the boiler. The cooling results in a declining brew temperature throughout the pull, which alters extraction and flavor.

Brass is fairly thermo-conductive, which allows it to quickly transfer heat to water. This is what makes brass suitable for the higher-end espresso machines, as it helps maintain consistent brewing temperatures.

Although brass is more expensive than either aluminum or stainless steel, buyers of mid-tier and high-end espresso machines are willing to pay the increased cost in order to get better espresso out of their machine.

Copper

Cooper is even more thermo-conductive than brass, but it's also more expensive. This makes copper the best-performing of these metals. However, the cost of copper ultimately prevents manufacturers from using it for the boiler of any but the highest-end espresso machines.

If you have any use for aluminum, stainless steel, brass, or copper, check out the inventory of metals at Schorr Metals. If you need us to fabricate a metal part, feel free to contact us .

How to Use DXF and DRW Files for Custom Metal Projects

websitebuilder@thryv.com — Mon, 31 Jan 2022 15:53:08 GMT

While metal cutting is rugged and physical work that involves a lot of machines, digital elements have completely transformed metal fabrication capabilities. By using digital files, machines can work with all forms of metal to create custom pieces that come out in the exact size and design you seek.

When you want to collaborate with a metal fabrication company, you will often associate with two main file formats. The formats are DXF and DRW. Learn exactly what those formats mean, what software uses those formats, and how online projects can help you access the files.

What Does DXF Stand For?

A DXF file stands for a "Drawing Exchange Format" and is essentially a type of image file designed to work with drawing software. The file is used almost exclusively in CAD software and can hold data for both 2D and 3D plans.

For example, if you have a metal fabrication project, the 3D elements of the file will show how thick the metal should be and how deep the cuts should go into the metal. The DXF file was developed for compatibility with a majority of CAD software. This gives you a lot of flexibility when working with metal shops and ensuring your project comes out accurately.

What Does DRW Stand For?

In the 1990s, the software CorelDRAW was used for design and CAD files. The software used an exclusive file format known as DRW and stands for a CorelDRAW file. While not used as much anymore, metal fabricators will still accept the file format and use it for their projects. The file format is accepted in many Microsoft-based design applications.

If you have older projects or older software, you may come across the DRW file more often. File conversion software and programs also offer the opportunity to transfer DRW files to more standard DXF files as well.

What projects use the DXF and DRW files?

Many types of metal fabrication projects rely on DXF and DRW files. When you have those files, a metal company will often use them with laser cutting machines. The laser machines read the files and cut precise patterns directly into the metal. A 2D cutting machine will cut straight through the metal to create letters, images, and specific shapes.

Plasma cutting machines offer similar services and can cut into many types of metal thicknesses. The DXF and DRW files are sent directly to a metal fabrication company and uploaded into a machine. You do not need to worry about printing out plans or dropping off USB drives with files on them.

Project types vary from business office designs to home decor. A metal shop can also create custom parts with DXF and DRW files. The precise directions in the design files will ensure the parts fit correctly with the application they are used for.

How Can I Access DXF and DRW Files Online?

Even without any CAD or metal design experience, you have the opportunity to get access to DXF and DRW files online. Third-party sellers may sell custom designs online. With a purchase, you will receive a digital file download that you can forward directly to the metal shop. The purchase often includes copyright clearance to use and manipulate the files as you please.

Free databases online may also include large collections of DXF and DRW files. The variety of files allows you to find exactly what you are looking for and get your own custom metal pieces based on the professional designs of others. If you own CAD software, you can download the base file and make some custom changes to fit your needs.

Find out how we work with DXF and DRW files at Schorr Metals Inc . We will guide you through the process and have the fabrication completed in a timely manner. Send your projects to us via email, and we look forward to working on them with you.

4 Ways Metal Fabricators Can Customize Deck Rails

Wed, 10 Nov 2021 17:32:17 GMT

Deck rails provide a safe way to enclose an outdoor space on your property and create a space ideal for enjoying the outdoors. The deck rail you choose doesn't have to be a run-of-the-mill installation. You have a chance to envision and create a metal deck rail that showcases creativity and comes with custom features.

Metal fabricators can work with aluminum, steel, and other materials to craft unique deck rails. Take a deeper look into the fabrication process and the different methods that metal fabricators use to customize the deck rails.

1. Laser Cutting

Advanced laser cutters allow accurate cuts of metals and multiple shapes. When you plan out a deck rail, the laser cutting machine is ideal for uniform pieces and designs. Each post will measure the same length and ensure the rail sits evenly on the deck.

Laser cutting will also leave metal with smooth edges. There are no jagged parts or splintered sections of metal that can cause any damage. Metal fabricators can design and set up projects to fit exact specifications and guide a laser along.

A laser not only cuts through metal but can etch metal as well. The etched metal allows you to create designs and patterns directly imprinted on the metal without causing full damage to the design.

2. Metal Punching

The metal punching process features a high-powered machine that can punch holes and shapes into metal. For example, your deck rails can start as solid sheets of metal. The metal punching process can add holes and designs to the sheet to create a nice visual. You could select a specific pattern or choose a random design.

Metal punching is an ideal way to add some artistic flair to your deck railing. Metal fabricators can showcase past design options for some inspiration or you can come in with some original ideas of your own.

3. Bending & Rolling

Many deck rails and posts are straight geometrical designs, but they don't have to be. Industrial metal fabrication machines can bend and roll metal into different shapes. Your deck rail could feature curved post designs or a wavy handrail.

Instead of a sharp corner, you could curve all the metal and create rounded corner areas on the deck. Rounded corners may create a better visual and give you more options for outdoor furniture and decorations in the area.

The machines will curve the metal at the precise angle you want and ensure the metal stays strong in the process. The curve becomes permanent and will fit into your deck plans. The bending process is ideal for secure support plates that are used on metal posts and for connecting multiple pieces together.

4. Welding

Once all of your deck pieces are fabricated, the final step of the process is typically welding. Welding metal together cleanly requires precise control and movements. Welding will fuse together pieces to ensure the deck is safe and secure once the rails are installed.

A clean weld will make the whole deck rail piece look like one solid piece of metal. High-powered flames quickly melt the metal down to create the connected pieces and form them together without any major changes or warping.

The welding part of the process is the true hands-on section of metal fabrication. Fabricators work for years honing their welding skills to craft metal projects. When you go to pick up your order, the welding is what makes everything come to life. If you have multiple deck rail pieces, then each one will match with the same welding spot locations.

For more information on deck rail fabrication and other metal projects, contact us at Schorr Metals Inc . We have worked on numerous custom projects in the past and will work with your specific deck measurements to deliver exactly what you need.

Why 3DPrinting Can't Replace Traditional Metal Fabrication for Prototyping

websitebuilder@thryv.com — Thu, 19 Aug 2021 15:58:54 GMT

Anyone who reads about technology has no doubt heard about 3D printing. Although not a new technology, this additive manufacturing process has become more prevalent in consumer and industrial applications in recent years. While 3D printing is an undoubtedly valuable technology, the reality may not live up to the hype for many companies.

If your company utilizes prototypes as a part of your design process, then you may wonder if you should integrate a 3D printer into your workflow. In almost all cases, a professional metal fabrication service can provide higher-quality, faster, and more accurate results. Learn why working with a metal fabricator is ideal for most prototyping projects.

1. Higher Precision

Precision matters when designing functional parts. When working with a fused deposition modeling (FDM) printer, precision tends to be highly limited. The best printers typically offer tolerances of around 200 microns (0.2 mm). On the other hand, high-end laser cutting machines can provide dimensional accuracy of 15 microns or better.

Why does precision matter? If you're designing a prototype with multiple parts that match together, then high precision is necessary for a smooth fit. For early prototypes, this helps you better understand where your design may have issues without worrying that you have a limitation of the manufacturing process.

High precision prototypes are also helpful for client demonstrations. Since your parts will work as expected, you can use your prototype to provide a functional demonstration. Working prototypes allow you to get client feedback and revise requirements and design as necessary. Better feedback can mean faster revisions and quicker overall project completion.

2. Material Cost and Durability

Most FDM printing technology uses a variety of plastics. Polylactic acid (PLA) is typical for consumer-grade printers, but commercial shops may use ABS or other higher-quality thermoplastics. While these materials are relatively strong and have their advantages, they can have significant strength limitations when dealing with functional parts.

While metal 3D printers exist, these machines are still highly specialized and expensive. For the most part, working with metal means turning to traditional fabrication processes such as welding or laser cutting. These techniques offer a high degree of versatility with various materials such as stainless steel, copper, and aluminum.

Metal is often the best (or only) choice when creating prototypes for high-temperature applications or significant force loading. Metal may also be a more cost-effective option, especially for large objects.

3. Part Size

Even large industrial printers are typically relatively small. If your prototype is sizeable or involves many pieces, you may need to alter your design or create a scale model to fit the print space. These accommodations may limit the usefulness of your prototype for evaluating its functionality, and they can add extra time and effort to your design process.

Metal fabrication has no such limitations, and welding allows you to design multi-piece parts that a skilled shop can quickly join together permanently and durably. You can use this additional freedom to develop prototypes that more closely match your finished piece. Even when creating scale models, you can use a larger ratio for more detail and accuracy to the final part.

The ability to fabricate larger parts also means you can use the same shop for early prototype designs and pre-production models. Working with the same fabricator can mean more effective collaboration as you iterate on your part and potentially faster turnaround times. If you need to scale the design up or down during the process, you can do so without concern about sizing limitations.

Schorr Metals Inc. can help you with prototype manufacturing along with all of your other metal fabrication needs. We provide a variety of services for both commercial clients and smaller consumer projects. Give us a call today to learn more about how working with a skilled metal fabricator can benefit your prototype design process.

How Custom Metal Works Can Transform Your School

websitebuilder@thryv.com — Wed, 28 Apr 2021 20:46:00 GMT

Your school campus is an important place where students learn and grow. See how custom metal works can help transform your school for the better.

In addition to comfortable classrooms, educational books, functional computers, and healthy lunches, your school site depends on other important elements for success. You may be surprised to learn that custom metal works on your campus can serve as additional tools. Here's how custom metal works can help transform your school for the better.

Custom Metal Works Have a Variety of Applications

Similar to the way smart technology in classrooms, like interactive flat panels, serve a variety of useful applications, so too can custom metal works. Metal fabrication is capable of constructing more than just handrails for your gymnasium stairs. Take a look at a few places where custom metalwork helps students and staff.

Sports Fencing

Sports are an important part of school life because they help students develop muscles and learn hand-eye coordination. Your students need fencing around baseball and soccer fields to outline and define playing spaces. Sometimes additional safety fencing is necessary to contain balls and prevent accidents, such as behind home plate or between the field and a busy road.

Safety Enclosures and Walkways

Areas like a pre-school or kindergarten space need special protection and consideration. Safety enclosures and walkways provide extra safety measures as they separate young student groups and their play areas from more mature student populations. Creating a separate school area provides a feeling of security for beginning students as well as their potentially nervous parents.

Guard Rails and Stair Rails

Schools where students have access to elevated spaces need guard rails for protection. Gymnasium and theater balconies, in particular, need a way to prevent falls while and keep students safely contained in designated areas.

Very large school buildings with more than one level likely possess multiple stairwells for students to access each floor. Each stairway site needs sturdy handrails to safely guide students up and down steps.

Custom Metal Works Provide More Options

If you demand more metal options for your school, custom metal works can fulfill this requirement. Here are a few different options custom metal provides.

Design Options

Some metal fabricators only offer pre-fabricated pieces in a few designs. You have more design options when you choose custom metal works for your school campus. Working closely with a fabricator lets you turn an idea for a gate panel into a piece of art. For example, your campus gate can boast a laser-cut panel that depicts your school's initials or mascot.

Safety Options

Your school may have certain safety requirements that exceed most standard choices. In this case, custom metal allows you to pick a special railing style or metal thickness to accommodate your needs. For example, high traffic stairs need thicker metal handrails to remain durable and strong with little maintenance.

Additionally, metal works helps your school remain ADA compliant, especially where children are the principal users in a building with stairs.

Custom metal works do not have to be boring and institutional. Your school can possess style and make a statement, without sacrificing the safety of your students, with strategically designed metal handrails, stair rails, walkways, and other metal components. Attractive, well-designed, and well-fabricated metal works create a feeling of safety, security, and unity on your school campus.

Contact Schorr Metals Inc. for a metal fabricator that offers laser cutting, welding, and other dynamic metal fabrication services all in one place. We look forward to working closely with you to help you achieve a unique feeling at your school campus.

4 Reasons to Outsource Your Metal Production Needs

websitebuilder@thryv.com — Wed, 17 Feb 2021 17:22:00 GMT

According to the National Association of Manufacturers (NAM), manufacturers in the country account for 11.39 percent of the total output in the economy. Despite this dominant position, manufacturers face a myriad of challenges, which hamper revenue growth. Such problems include skill gap, high operational costs, safety issues, rapid technology development, and poor ROI (return on investment).

For a company that requires metal services for its production process, outsourcing is a solution to these challenges. Here are some reasons to partner with an established custom metal fabrication company for your metal production needs.

1. Increased Cost Savings

Metal production processes require massive capital investment to buy machinery, install technology, and pay for skilled manpower. Additionally, your company will also have to maintain the equipment on-site with a full-time team to run the show.

If you outsource metal services to a local fabricator, you save on the cost of machinery and labor. And you don't need for extra space for a metal workshop because the metal fabricator has the capacity to deliver finished metal products.

The metal fabricator is in charge of the entire process, from sourcing raw material to custom fabrication of your metal parts. With this metal fabrication contract, you only pay for the metalworks delivered. Most metal workshops offer discounted rates for long-terms projects - and this boosts revenue growth for your business.

2. Improved Efficiency

If you do everything in-house, you have more people and processes to monitor. The risk of failure is higher when you have so much on your hands. As a manager, your focus straddles manufacturing, sales, marketing, personnel management, accounts, and other tasks. If you outsource the metal production process, you free yourself and the rest of your team to focus on the core business.

Additionally, your metal fabrication partner has the tools and expertise to deliver the parts you require within the agreed time. The fabricator only requires the metal specifications for the production to start and your team receives finished parts.

The improved efficiency boosts productivity which translates to higher customer satisfaction rates, increased revenues, stronger customer loyalty, better reviews, and other positive success metrics.

3. Reduced Risks

When you run multiple production processes under one roof, there's a higher risk of accidents. Your company is responsible for the safety and security of every employee and this strains your resources. If an accident happens, you have to stop operations to deal with the emergency. To mitigate such risks, you company will have to set up safety measures, which eat into your business revenues.

When you outsource the major metal production works, you reduce the risk of accidents in your business. The metal fabricator is responsible for their own safety and security operations.

4. Increased Access to the Latest Technologies

When you work with an established metal fabricator, your company gets access to a wider range of products and innovative technologies. And an experienced metal fabricator leverages new technology to deliver client orders more promptly.

Your company benefits from higher quality metal parts, which positively impact your end product. Some innovations in metal fabrication include laser cutting, sustainable materials and processes, automated tools, CAD software, programmed cutting, and robotic folders. The trends in metal production guarantee better quality products and faster turnaround.

If you have any metal fabrication needs in Placenta, CA, don't look any further then our company. At Schorr Metals Inc., we have served this community with exceptional metalworks since 1970. Our team deals in premium metal products at our service center and we commit to deliver beyond your expectations. Contact us today to view our impressive inventory of metalworks in Southern California.

A Look at the Advantages of Aluminum in Metal Fabrication

websitebuilder@thryv.com — Wed, 06 Jan 2021 14:29:00 GMT

Metal fabrication refers to the process of manipulating metals by shaping, welding, and cutting the material, and any number of metals may be involved. One type of metal found in metal fabrication projects is aluminum.

While all types of metal bring their own list of advantages to fabrication, aluminum offers unique qualities that are especially valuable for certain applications. If you intend to work with a metal fabricator to have a piece created for any purpose, get to know aluminum on a closer level. Here is a look at some of the advantages of aluminum in metal fabrication.

Aluminum Is Easy to Cut

Aluminum has a noteworthy density in comparison to steel; the density of aluminum is roughly 1/3 the density of steel . While aluminum is not the lightest weight metal, the metal is exceptionally light and quite soft. These two qualities make aluminum easy to cut with a number of different metal-cutting techniques, such as:

Shearing or sawing
Chiseling by hand or with a machine
Torching
Plasma jetting
Water jetting

The number of cutting techniques possible with aluminum allows the metal to be precision-shaped and - formed. From the smallest plates to the largest beams, precision cutting ensures that a finished metal product can have absolute dimensions.

Aluminum Is Lightweight but Strong

Working with aluminum in metal fabrication requires certain unique skill sets. The metal is lightweight and flexible, which means that in some respects it must be carefully handled. Nevertheless, aluminum is also more forgiving than something like carbon steel, which would break before it would flex or bend. The flexibility of aluminum means the material has a unique strength that stands up well for a wide range of uses.

Aluminum Is Suitable for a Range of Finishing Options

Not all metals take well to all finishes. Many types of metals are suitable for only a handful of finishing options, which can severely limit your choices when you are having a piece fabricated. Alternately, aluminum's unique composition makes it highly receptive to a long list of finishing options. Aluminum fabricated pieces can be finished with:

Anodized finishes to create an added oxide layer
Performance coatings like powder coating
Mechanical finishes, such as sanding or grinding
Bright dipped finishes using nitric acids and phosphorous for a mirrored look
Sublimation finishes using a patterned film

With so many finishing possibilities, aluminum can easily gain new qualities to complement the use or purpose of the piece. The qualities are valuable even if they are purely cosmetic or for decorative purposes.

Aluminum Is Fully Recyclable

Almost any metal fabrication project will involve a bit of waste as the material is cut, formed, and otherwise manipulated. While most metals are recyclable, aluminum is unique in that it is 100 percent recyclable ; the metal is actually one of the most recyclable materials on the planet. And, aluminum does not lose its natural structure no matter how many times it is recycled and reused.

In metal fabrication, one main priority is to keep waste low. Therefore, you might find that you prefer to work with aluminum because the remaining pieces can easily be either recycled or used in other projects. The material is so versatile that it can be repurposed repeatedly for use within the fabrication shop.

Metal fabrication poses many possibilities for construction, manufacturing, and other necessary industries. The ready availability of various metals like aluminum can afford you incredible project diversity. At Schorr Metals Inc., we serve the needs of your project, whether you need metal products or have metal products that need adjustment. Reach out to us today to discuss your metal fabrication needs.

Choose the Right Metal for Your Fabrication Project

websitebuilder@thryv.com — Tue, 03 Nov 2020 19:42:00 GMT

There are several different metals that can be used in metal fabrication projects. Here's a guide on how to choose the right metal for your particular fabrication project.

Aluminum: Versatile for Many Applications

Aluminum is a common metal that's used in everything from foil for food to airplane parts. The metal is so widely used because it has many desirable properties, including that it's:

Lightweight
Thermally conductive
Electrically conductive
Durable
Affordable

Additionally, aluminum corrodes but the corrosion isn't anything like the rust that iron forms. Aluminum oxide is pale grey in color, so it's not nearly as noticeable as the orange hue of iron oxide. Additionally, aluminum oxide actually forms a protective layer that prevents further corrosion. Once a piece of iron starts rusting, it will continue to do so.

At high temperatures, aluminum isn't the strongest metal you can use. Unless your fabricated product will be exposed to temperatures of 400 degrees Fahrenheit or higher, though, this shouldn't be an issue.

No matter what your fabricated products will be used for, aluminum should be one metal that you consider for the project. The metal has a lot going for it, and it doesn't have too many drawbacks.

Steel: Versatile and Strong

Like aluminum, steel too is found in many applications. It's in a wide array of buildings and equipment, and it has other uses too.

One reason why steel is a popular choice for metal fabrication is price. While aluminum is affordable, steel is cheap. While exact costs vary from application to application, steel is often one-third of aluminum's price at the raw material stage. Once a product is finished, the final cost for an aluminum product is usually about 20 to 30 percent more than if steel is used.

In addition to being cheap, steel is strong and durable. Steel beams can hold immense weight loads and last for a long time, which is why the metal is in many buildings and pieces of equipment.

The main downside of steel is rust. Because steel is a mixture of iron and carbon, the iron in steel will rust if exposed to moisture.

If you're having a support for a building or a part for a machine built, steel is an excellent choice as long as the visual appearance of the part doesn't matter.

Stainless Steel: Rust-Resistant and Silvery Color

Stainless steel offers the strength of steel and is still quite affordable. It also has aluminum and chromium in it to resist rust, and the corrosion resistance is extremely good.

Stainless steel is a go-to option if you want the strength of steel but can't have a fabricated part that'll rust. For anything from a belt buckle to a car part that's going to be exposed to rain and snow, this metal is a suitable choice. Also, the aluminum and chromium change the metal's appearance to a silvery shine that's better than iron's brown color in some applications.

Copper: Conductive and Colorful

Copper costs more than all of the other metals mentioned so far, and this factor alone limits its applications. In certain situations, however, the premium price that comes with copper is worth paying. Namely, copper is an extremely good conductor -- even better than aluminum -- and has a completely unique look.

Copper's conductivity makes it a good metal for both electrical and cooking applications. Copper is widely used to make electrical components, and it's also used in high-end pots and pans.

Alternatively, you can use copper for its allure. No other metal looks quite the same.

For help deciding which metal to use in your next metal fabrication project, contact Schorr Metals Inc.

Why You Should Use Steel in Structure Construction

websitebuilder@thryv.com — Mon, 24 Aug 2020 18:04:00 GMT

Over the years, the construction industry has experienced significant developments. Today, concrete and wood are not the only major construction materials. More and more people are now gravitating towards metals and alloys, such as steel, for their construction projects.

Steel is a durable and robust alloy that you can use to create different structures. If you have a construction project, here is why you should use steel where necessary.

Durability

Steel is an alloy of iron and carbon, which means that it has the positive qualities of these two elements. Unlike iron, steel can withstand exposure to rough weather elements and is resistant to corrosion. Therefore, they can serve you for years with minimal maintenance practices.

High Tensile Strength

Besides the physical strength, steel has high tensile strength. This means that steel doesn't easily break when you subject it to stretching stress. You can, therefore, use steel for diverse applications in the construction work.

You can also fold it into different shapes and designs to fit your plan, and it won't break easily.

Aesthetics

Certainly, steel is among the most aesthetically appealing construction materials. Designers and architects attest that the natural aesthetics that the steel offers helps enhance the appearance of their final products.

Due to this quality, you might not paint steel structures, as they will still look beautiful with the natural metallic appearance. Besides, the aesthetics can pair seamlessly with other materials, such as glass, vinyl, or concrete, to create a breathtaking structure.

Recyclability

Steel is an environmentally-friendly construction material that you can recycle or reuse. You don't have to litter the environment with steel waste on your site because scrap metal companies can collect and recycle steel to create other products.

Moreover, during demolition, you can recycle the materials and use them in other structures. Steel doesn't lose its physical properties after recycling.

Since the construction industry contributes to pollution, reputable contractors are environmentally conscious, and they embrace sustainable materials, such as steel. They also recycle steel to minimize waste in your construction sites and protect the environment.

Predictability

Steel factories make steel under controlled conditions, such as a controlled amount of carbon and well-defined production processes. This way, the properties of the alloy, such as strength, are established during the production. Therefore, the chances of unexpected results in the construction site are minimal. Some construction materials, such as wood and stones, might be unpredictable.

Light in Weight

Steel is strong yet light in weight. These qualities make it easy for contractors to manipulate steel during construction.

Moreover, the lightness makes it the best material for pre-engineered buildings since you can quickly move it to the project site. Pre-engineered steel construction offers benefits such as reduced construction time and cost.

Also, the fact that steel is lightweight makes it easy to remodel steel structures. For example, you can quickly move the walls or reshape them without any difficulties.

You can reconfigure the structure by manipulating the walls, flooring, or floors. Again, steel is sturdy and can handle the weight of added stories without bending.

Many contractors have added new stairways to existing steel structures with little disruption. Therefore, their lightness gives you a chance to modify a building without difficulties.

Cost-Effectiveness

Steel structures are easy to put together, and thus they need less labor and construction time. With fast construction, you can complete your projects on time, and generate revenue from them as soon as possible.

Steel offers many advantages in the construction industry due to its exceptional qualities, such as durability, high tensile strength, and resistance to corrosion.

Our company is a renowned metal fabricator that supplies steel products and handles metal projects in Southern California. If you need quality metal products or structures, contact us at Schorr Metals Inc . today for more information.

How to Choose a Pipe Fabrication Company

websitebuilder@thryv.com — Wed, 24 Jun 2020 00:00:00 GMT

Good, strong pipes make up many machines and industrial tools and are often the backbone of various projects. Thus, you should have strong, well-made pipes right for your particular application. The best way to get pipes of this caliber is by hiring the right pipe fabrication service. Fortunately, if you know what to look for, choosing the best company will be easy.

The Company Can Meet Your Production Needs

First things first, you'll want to choose a company able to meet your specific production needs. You probably have a deadline in mind for when you need your pipes done. You may also have a specific type of pipe you require and a budget you need to stay within.

The more you know about your production needs, the easier you will find a company that can match them perfectly. Let potential companies know about what you're looking for. When you find a qualified company that can meet all of your demands, you'll know you've found your perfect match.

The Company Uses High-Quality Metals

Most pipe fabrication services will focus mostly on metal or alloy pipes since these tend to be the most common and durable type of piping.

However, bear in mind that not all metal is created equally, and you want a company that uses the very best metal materials. Generally, you should look for a company that offers pipes in most of the following options:

Carbon
Hastelloy
Stainless steel
Aluminum
Chrome

If the company you are considering offers these options, then you'll know that it uses high-quality metals and is likely to deliver a high-quality final product.

The Company Has an Impressive Client List

One of the best ways to tell how qualified a particular pipe fabrication company is to look at its client list. More often than not, good companies will have impressive clients.

If you find a pipe fabrication company that has worked for aircraft designers and other high-powered companies, then you can rest assured that it will do a quality job and provide top-of-the-line products to you.

You can often find a company's client list and photos of past work on its website. If not, most companies are more than happy to provide you with information about the work they have done in the past.

The Company Has Liability Insurance

You want to choose a company that can do a great job and can provide you with stellar piping. However, you also need to choose a company that keeps you and your property safe.

Good companies will have thorough liability insurance. This insurance protects both you and them and is absolutely vital. On your end, it will cover you if an employee gets hurt on your property or if something on your property gets damaged in the fabrication process.

Always ask a company about its liability insurance status and about what the insurance covers to ensure your own safety and security.

The Company Exercises Quality Control Measures

One final thing to look for is a company that is serious about quality control and that subjects its finished products to testing in order to maintain quality.

The best companies will have their products undergo both hydrostatic and pneumatic testing and will have a low number of failures or rejections. Asking about testing and quality control measures will help you to make a smart decision while also showing the company that you know your stuff and will demand only the best.

You can look for a lot of things in a pipe fabrication service. By knowing what to look for, though, you're already ahead of the game. And, if you want a company that meets all these marks, contact the experts at Schorr Metals Inc .

5 Industries With Metal Fabrication Applications

websitebuilder@thryv.com — Mon, 27 Apr 2020 19:54:00 GMT

Metal fabrication has a wide range of applications and uses, though many tend to think of heavy equipment and industrial applications, like mining and oil drilling. But the uses of metal fabrication are much more varied than that. Learn about five industries that can benefit from metal fabrication.

1. Car Repair
Metal is integral to the automotive industry, especially in building cars that can last for hundreds of thousands of miles. But businesses that repair cars also need access to metal fabrication services. Cars that need repairs and restoration require new metal parts in places from the undercarriage to the interior to the exterior body.

Many times, these pieces need to follow custom dimensions to fit the existing skeleton of the car. Custom metal fabrication allows for thorough repairs that build on the car itself, which means cars that would otherwise be totaled could be restored. Also, metal fabricators can make rare car parts or duplicate spares, which can save on time.

2. Architecture and Construction
Sturdy buildings often have metal in their structure, and some buildings are even made from metal entirely. When it comes to constructing an architectural marvel or even just a well-designed building, specific parts and pieces are essential. Metal fabrication means you can get the specific metal beams, supports, and sheets in the exact dimensions you need and in the correct material and quantity.

Some buildings are also works of art, which means pieces require a precision in fabrication that laser cutting, a common metal fabrication technique, provides. Metal fabrication is a flexible and versatile service that can provide everything from intricate exterior details to the nuts and bolts that hold it all together.

3. Medical
Aside from the concerns of medical buildings, the medical industry can also benefit from metal fabrication. A lot of medical equipment deals in metal, like operating tools and complex machinery. Metal surgical tools can be fabricated to very specific and precise dimensions and ordered in bulk, which means hospitals won't have a shortage of essential tools.

Additionally, medical advances are made every day, which means the invention of new tools with specific functions for particular operations and examinations, as well as the construction of new machines and even automated surgical robots . The pioneers behind these advances need precision instruments in order to further their research, which is where metal fabrication can help.

4. Transportation
The transportation industry covers everything from semi-trucks to trains to international freight, and a large concern in this industry is the longevity and performance of the transportation vehicles. Metal fabrication is essential to maintaining the productivity of transportation services. It can aid in everything from storage container construction to railroad maintenance.

The flexibility of custom metal fabrication means that it can produce large numbers of specially designed and formatted parts, like railroad bolts, fasteners, and spikes, as well as the rails themselves. Need a specific or unusual-sized container? Metal fabricators can make exactly what you need, all meant to help transportation go smoothly.

5. Landscaping
Landscaping doesn't really seem to have many ties to metal fabrication at first glance. But several important components of and enhancements to landscaping design involve metal. Structures like green screens - which are metal lattices that climbing plants can latch onto - can both enhance the look of a landscape while also benefitting the plants. Other implementations like fences and railings can protect plants from human interference.

Do you need metal fabrication for your specific industry needs? Schorr Metals Inc. has decades of experience in metal fabricating. Reach out to us for more information on our services if you have specific needs.

A Few Ways Metal Fabricators Can Enhance Your Back Yard

websitebuilder@thryv.com — Tue, 25 Feb 2020 00:00:00 GMT

If you and your family like to spend as much time outside in your backyard as possible, you may be looking for items that provide comfort and activities for your time out there. When you want a unique look or unusual items, you can have them made to fit your needs and wants. A metal fabrication company is a great place to start.

Metal fabricators work with different types of metal to create almost anything. They have the machines and skills to cut, fold, punch, shear, or cast metals into the shapes and sizes needed and then weld them together to create what you need. Here are just a few ideas to get you started with what can be fabricated for your yard.

Canopy

One of the first things you may want for your yard is a covered area. Metal fabricators can create a canopy for over your patio or make one for over a picnic or play area. They will not only create the canopy itself, but also the poles or frame to hold it. A metal canopy is much more durable and secure than a canvas one.

Fence

When you want to keep your yard safe and private, you will need some kind of fencing. You could go to a hardware store, buy the materials and either install the fence or pay someone to do it. However, if you don't want your fence to look like all the other fences in the area, have it custom-made. You may also have only parts of the fence fabricated, perhaps a special gate or some decorative tops or scrolling.

Furniture

You probably took your time choosing just the right furniture for inside your home. There is not a lot of options for outdoor furniture though. If you want to have something unique, that fits your style and a theme for your yard, have it custom fabricated. Metal workers can create tables, chairs, counters, and cabinets that will have the look and feel you want.

Play Yards

Of course, you need to have things for your kids to play on outside. Metal fabricators can create swing sets, slides, teeter-totters, and all kinds of jungle gyms. Everything can be made to a size that will fit into your yard without taking up too much space. You can even have the items made so they can be easily taken apart and stored. This can be handy when you want more items than you have space and need to swap them out occasionally.

If your children are into skateboarding, roller-blading, or bike tricks, you can have a mini skate park built. Choose to have a quarter or half-pipe made from aluminum completely or just the frame and trim done in metal. Metal fabricators can create a grinding rail, and anything else needed to keep your kids having fun without leaving the yard.

Fire Containers

An evening out in the backyard needs to have a place for a fire. You want to be sure that the fire will be contained to a small area and will not spread across the yard. A custom-made and designed metal fire bowl is the perfect solution. Choose the type of metal, how big and tall you want it, and we will create it.

When you want to turn your backyard into an extension of your living space, contact Schorr Metals Inc. We have the tools and experience to turn pieces of metal into exactly what you need. We take pride in being able to take your ideas and create the different items you need and want to make your backyard a good-looking, fun place for your family and friends to enjoy.

2 Types of Metal Cutting and Their Uses

websitebuilder@thryv.com — Fri, 13 Dec 2019 04:10:00 GMT

Metal isn't cut with a knife. It's cut and shaped using a variety of advanced techniques. Here are two common types of metal cutting and when you might use each one.

1. Laser Cutting for High-Precision Projects

Laser cutting uses high-powered lasers that go through metal. The lasers are controlled by a computer. The combination of a laser and computer program affords an extremely high level of precision, and this precision can be maintained through a production run because lasers don't wear down like metal tools do. These traits make laser cutting a good option in three situations.

First, laser cutting is the go-to choice if your project contains a high level of detail or has tight tolerances. If you need parts engraved with words or an artistic design, for example, a laser is the most effective way to add this to cut pieces. It's also appropriate for parts that must go together seamlessly once everything is cut and assembled.

Second, laser cutting often makes sense if you need a one-off custom part or have a very limited production run. Tooling and setup costs might make per-part costs exorbitantly expensive if other techniques are used in this sort of situation. Lasers can be quickly programmed via a computer, though, so set up costs remain low even for orders of single items.

Third, laser cutting may also be a good option if you have a long production run. If you want to produce thousands of identical parts, for instance, this could offer an efficient way to cut all of them. Since lasers don't wear down, you don't have to worry about retooling or sharpening the cutting equipment mid-run.

Despite its many benefits, laser cutting does have one drawback. High-powered lasers consume a lot of energy, which can increase the production costs of some projects, and even high-powered ones will take a while to cut through some thick pieces. If your project requires shaping a very thick piece of metal, there might be a more affordable cutting option.

2. Flame Cutting for Affordable and On-Site Projects

Flame cutting is an established technique that uses hot fire to slice metal. The method only works with metals that have carbon in them, but this includes both cast iron and steel. Since lots of parts and structures are made from iron or steel, flame cutting is a viable option for many projects.

In a controlled setting, such as a metal fabrication facility, flame cutting offers an efficiency that helps reduce time and production costs. Flame cutting can also be done in settings outside of a standard fabrication facility. All of the equipment needed for flame cutting is portable, so qualified technicians can use this method to do work in the field.

The affordability of this process makes it a natural choice if your project involves cutting many pieces, especially if the metal being cut is in thin sheets. For example, if you need metal components for a mass-produced metal tool, appliance, or toy, flame cutting could help keep your cost of goods low.

Alternatively, flame cutting also makes sense if you need a structure or piece of equipment repaired on site. Since the cutting can be done on-site in a field, a technician can come out to see exactly what needs repairing and cut a piece to order in the same trip. With flame cutting, they don't to make two separate trips, one for looking and another to install a facility-cut piece.

If you need metal cut , contact Schorr Metals Inc. to see which type of technique is best for your project. We perform laser cutting, flame cutting, and other cutting techniques.

3 Creative Bent-Metal Applications for Architectural Customers

websitebuilder@thryv.com — Thu, 17 Oct 2019 21:33:00 GMT

If your client base consists of those who seek landscape structures that go beyond many traditional materials like concrete, wood, brick, and other stones, you may want to consider additional options. When you incorporate a range of metal products in your design stage, you offer clients a wider range of products.

Bent pipes, tubes, and other metal fabrications have applications your most discerning client may have never considered. Read on to discover three creative bent-metal applications your architectural customers will love.

1. Custom Steel Bending

Custom steel bending is the manufacturing process of bending metal bars or beams of varying thickness to a custom spec. A custom bend can project a subtle or small rise, or a more massive and deep rise. The type of bend depends on factors like material strength, shape, and end purpose.

Custom steel bending helps create the appropriate supports for various outdoor structures like pergolas, gazebos, picnic and pavilion covers, and other outdoor architectural creations. Steel beams and bars are strong enough to bear the weight of heavier structures like these, but this type of material has other benefits as well.

The high endurance of structural steel makes your creations especially resistant to storms, strong winds, and earthquakes. Steel's ability to withstand these forces turns them into safer places for people to seek shelter.

Structural steel possesses many sustainable qualities for customers concerned about the effects of manufacturing on the environment:

Steel's initial production carbon footprint is negligible when you consider its recyclability. Once steel is produced, it can be reused many times without loss of quality.
Better water resource management means steel production ultimately uses less water.

These and other custom steel bending benefits for architectural structures means city parks, schools, and other clients have more building options.

2. Steel Tubing

Steel tubing refers to hollow metal materials in various shapes. Round, square, and triangular tubing with architectural applications lets you tap into a new market of varying scales of agricultural growers and gentleman farmers.

The unique nature of greenhouses makes steel tubing a popular choice for forming the framework of these delicate buildings. Greenhouses can be small or very large, but all need a strong yet lightweight system of risers and lateral supports.

Steel tubing gives each greenhouse the spacious height needed for air circulation and support for glazing materials to allow light. Most importantly, steel tubing resists damage from various elements present inside a greenhouse interior. Moisture and heat can damage support materials unable to withstand corrosion, dry rot, mildew, or UV rays.

3. Exposed Steel

Structures that employ steel for strength do not have to appear boring, utilitarian, or industrial. Some clients want structural steel for a project, but lack the understanding necessary to create something beautiful as well as functional. Architecturally exposed structural steel, or AESS, is one way to provide the right amount of support but in a creative way.

The purpose of AESS is to be visually impactful. Sweeping steel forms can bend and curve to lend grace to structures such as canopies and walkways. Or, steel remains in a straight vertical form to cast a strict, dominant feel to a building. In both instances, the steel used for AESS creations must be free of blemishes. AESS is open to several finish options as well. Your clients can request colors and matte or glossy finishes.

When you want to offer more creativity and choices to new and existing architectural clients, consider metal fabrication like bent structural steel, steel tubing, and AESS. Call Schorr Metals Inc for these and many other metal products and services your architectural customers are looking for.

Reasons to Choose Laser Cutting

websitebuilder@thryv.com — Tue, 23 Jul 2019 05:59:00 GMT

When it comes to having metal professionally cut and fabricated, you have many different options. Some people will attempt to cut metal themselves by buying special tools. However, this can be expensive, dangerous, and difficult. For this reason, choose professional metal cutting.

And, while many different types of metal cutting exist, one of your best options is to go with laser cutting. This particular type of cutting offers many advantages.

Versatile

One nice thing about laser cutting is that it can be used on a wide range of different types of metal. And, regardless of what type of metal is being cut, the results are always consistent.

Whether you work with mild steel, aluminum, stainless steel, or various other types of metals, laser cutting is an option for you. Also, if you use different types of metals or pieces that are made up of combination metals, laser cutting is convenient and efficient because you can utilize just one type of cutting for all of your needs.

Precise

Often, customers require that their metal products be cut very precisely or that they achieve exact measurements or careful attention to detail. Fortunately, laser cutting can provide all of those things.

In fact, this cutting option is more precise and exact than other common options such as plasma cutting. Laser cutting wins out because the laser's beam is so precise and able to pinpoint exact parts on the metal. If having a perfectly cut piece of metal is the only option for you, then you'll definitely want to go with laser cutting.

Fast

With laser cutting being so precise, you might think that it would take a long time to complete. Surprisingly, however, the opposite is true. Laser cutting is actually one of the fastest options since the cutting tool does most of the work.

Because laser cutting is such a quick process, it's a great solution when you need something done in a hurry. You can also save money since your project will require less time and, as a result, will usually cost less than if you'd gone with a more time-consuming cutting method.

Warp-Free

With many methods that utilize heat to cut metal, the metal can sometimes become slightly damaged or distorted, which leads to a reduced quality finished product.

However, this is not a concern with laser cutting, which does not cause warping of any kind. Laser cutting is done so quickly that the heat does not have time to damage the metal. The result is a high quality final product that you can be proud to use in your own products.

Capable

When businesses need metal cut into complex shapes, they can sometimes have a hard time finding someone who can get the job done correctly. This is because complex or custom shapes are difficult to cut with older methods of metal cutting.

However, laser cutting is very effective for complex or difficult shapes and other specific cutting needs. If other methods don't work with your needs or aren't giving you the desired results, laser cutting should be able to get the job done right.

Waste-Free

One final thing to appreciate about laser cutting is that it does not require a border around the area to be cut the way other methods do.
Because no border is required, the cutting process can be set up to simply cut one piece after another, which leaves behind no waste or scrap metal in the process.

If you hate wasting resources or having to deal with leftover scrap, laser cutting is the perfect solution.

With so many benefits, it's easy to see that laser cutting is a great choice for metal. To learn more about this option, contact the laser cutting experts at Schorr Metals Inc .

Everything You Need to Know About Galvanized Metal

websitebuilder@thryv.com — Fri, 24 May 2019 01:55:00 GMT

Selecting metal for the product you are manufacturing or the building you are constructing is one of the biggest decisions you need to make. The type of metal you select can affect the lifespan, durability, and type of maintenance that your product or building can require. It can also affect your budget and costs associated with your project.

Learning about the various types of metal that are on the market can help you determine which metal is ideal for your metal product or building. Read on to learn more about galvanized metal and everything you need to know if you are considering using this type of metal.

What Is Galvanized Metal?

Galvanized metal is metal that undergoes the galvanization process. The galvanization process is the process of applying a thin coating of zinc to different types of metals. Different methods are used to galvanize metal, including hot dipping, pre-galvanizing, and electrogalvanizing.

You can tell that metal is galvanized when it has a pattern to it that is known as a spangle pattern. A spangle pattern almost looks like someone dipped a sponge in gray paint and then sponge-painted the metal. You’ll notice darker and lighter spots, much like you would see when a wall is sponge painted.

What Types of Metal Can Be Galvanized?

Iron and steel are the two most common types of metals that are galvanized. However, they are not the only types of metal that can receive this treatment.

Most ferrous metals are able to be galvanized, while most non-ferrous metals are not able to be galvanized. If you are unsure if a metal is ferrous or non-ferrous, a magnet can help enlighten you. If a magnet sticks, you have a ferrous metal. If the magnet doesn't stick, you are dealing with a non-ferrous metal.

What Are the Advantages of Galvanized Metal?

Galvanization is primarily performed to prevent your main metal material from rusting or corroding. When a layer of zinc is added to a sheet of metal, the zinc itself will rust or corrode. While this may sound like a negative, it is actually a positive.

Since the zinc is rusting or corroding, it is preventing or slowing the more expensive and vital metal from rusting or corroding. This helps to protect your more important metal source from the damaging effects associated with rust and corrosion.

Helping to slow or protect against rust and corrosion can help extend the lifespan of your metal and reduce the amount of maintenance the metal may need.

The other major benefit associated with galvanized metal is that the zinc coating is long-lasting. You can purchase many products and sealers to protect your metal against rust and corrosion. Many of these coatings wear off in a matter of years due to weather exposure. Zinc can last upwards of 50 years, which prevents you from having to coat your metal again in the future.

Are There Any Drawbacks to Galvanized Metal?

One of the biggest drawbacks to galvanized metal is that the galvanization process helps to hide imperfections, flaws, and problems with the metal. As such, you may miss problems with metal that require immediate repair or maintenance.

Another drawback to galvanized metal is that the coating is not always smooth. When it is used inside of pipes, it can lead to items getting stuck on the rough surface, which leads to blockages and obstructions within the pipe.

If you are looking to purchase galvanized metal, such as galvanized steel, or you want galvanized metal formed or cut for your project, Schorr Metals Inc. can help you. Give Schorr Metals Inc., located in Placentia, CA, a call today to inquire about purchasing metal or our metal services.

Understanding CNC Plasma Cutting

websitebuilder@thryv.com — Fri, 05 Apr 2019 03:22:00 GMT

Once upon a time, metal fabricators had to cut pieces by hand, using heavy-duty saws and shears. Fortunately, those methods have long since been replaced by the use of high-powered cutting torches and machine-mounted saws. Yet even these techniques require skilled operators and can be quite time-consuming.

More recently, many metal workers have begun to utilize a technique known as CNC plasma cutting. This method offers huge benefits in terms of speed, accuracy, and repeatability. Yet many people outside the metalworking industry fail to appreciate the advantages of CNC plasma cutting. This article will present a useful overview of this cutting technique.

CNC

CNC plasma cutting derives its benefits through the conjunction of two different techniques: CNC machining and plasma cutting. CNC — short for computer numerical control — has quickly gained a foothold in countless industries from manufacturing to fabrication to heavy industry. CNC machining uses sophisticated new computer technology to manipulate tools previously operated by hand.

CNC technology has two components. First, there are the tools themselves — in this case, a plasma cutter. The plasma cutter is controlled by a computer, which is the second component. This method of control allows the tool to make cuts with an incredible degree of accuracy that would be difficult for a human operator to achieve.

The cutting tool receives its instructions from a computer equipped with sophisticated modeling software. Such software allows designers to create highly specific templates of the part to be machined. Signals then relay this information to the plasma cutter, which carries out the work.

As noted above, CNC technology allows for unprecedented accuracy. Part after part can be created to precisely the same specifications. Not only that, but the cutting usually takes much less time. As a result, CNC machining helps to lower overall shop costs while promoting greater efficiency by increasing the amount of work that can be accomplished in a given period of time.

Plasma Cutting

Many CNC machines involve the use of traditional saw blades, drill bits, and other mechanical tools. Plasma cutting takes a much different approach. Cutting is accomplished by means of a highly focused stream of electricity, which melts the metal. This electricity travels to the metal through a stream of ionized gas, otherwise known as plasma.

The machine directs the plasma at the metal through an orifice with a very small diameter. In addition to relaying the electrical current that melts the metal, the plasma also removes any molten metal from the work area. It accomplishes this thanks to its high velocity, literally blowing the molten metal away and thus allowing the cut to be completed.

Many people confuse plasma cutting with another gas-powered type of cutting known as oxy-fuel cutting. Yet a crucial difference exists between the two in terms of the way in which the cutting happens. Oxy-fuel oxidizes the base metal. In other words, it literally burns through the metal.

While effective when dealing with steel, oxy-fuel does not work for cutting through non-ferrous metals like aluminum and stainless steel. The nature of these metals makes them impervious to oxidation. Yet plasma cutting, which melts through the metal using an electrical impulse, can effectively cut through any material capable of conducting an electrical impulse.

Plasma cutting offers a further benefit in terms of cutting speed, which tends to be much greater than that of oxy-fuel, especially when used in a CNC set-up.

A CNC plasma cutting set-up opens up whole new worlds of efficiency and precision when it comes to metal fabrication. To learn more about what CNC plasma cutting can do for you, speak with the metal services team at Schorr Metals Inc.

Quality Copper Fabrication | Schorr Metals Inc.

websitebuilder@thryv.com — Wed, 23 Jan 2019 03:24:00 GMT

Quality Copper Fabrication Starts With Proper Handling and Storage

Metal is one of the most versatile materials available for fabrication. Among the various metals that can be utilized in the production of retail components, copper can offer some unique benefits that other metals are unable to supply.

Copper and copper alloys are extremely conductive; this feature makes them perfect for use in the fabrication of electronic equipment.

The malleability of copper and copper alloys also makes these metals well suited to numerous fabrication processes required to create finished products. Some of the fabrication processes that pair well with copper and copper alloys include machining, forming, polishing, joining, and plating.

Experts estimate that the demand for copper will increase 4.2% each year until reaching 36 million metric tons in the year 2019. This prevalence of copper in the fabrication industry likely means that your company is using copper on a day-to-day basis.

The quality and durability of your fabrication techniques depends largely upon the handling and storage procedures used by your copper supplier and the employees within your fabrication shop.

Loading and Unloading

A lot of copper sheets sustain serious damage during the loading and unloading stages. Copper and copper alloys can be quite heavy, but the large crystal grains that make up these metals make them relatively soft. This characteristic means that the sheets of copper and copper alloys you are sourcing for your fabrication needs can easily be damaged by improper handling.

Damaged materials can compromise the quality and effectiveness of your fabrication processes. Always handle copper sheets individually. Moving multiple sheets during the loading and unloading processes increases the risk that you damage one or more sheets in transit.

The extra time required to load and unload single copper sheets will be recouped by a reduction in the number of reworks you must complete during fabrication as a result of damaged metal.

Anti-Contamination

Copper sheets intended for use in fabrication processes need to be kept clean and protected at all times. Copper can develop a patina when exposed to the elements for an extended period of time. This patina appears as a green outer layer coating the metal.

Patinas develop as a result of chemical reactions between the surface of the copper and the particles in the atmosphere. The patina on copper actually acts to protect the underlying metal from additional damage. Unfortunately, a patina can significant compromise the quality of fabrication.

Contaminated copper can lead to serious fabrication flaws, like cracking or porosity during the heat treatment phase. Ensure that your metal supplier keeps the copper sheets in their protective packaging at all times. This preventative measure will eliminate the risk of contamination. Also, keep your copper sheets fully encased in protective packaging while they are being stored at your fabrication shop.

Storage

Once you have sourced your copper sheets, you must store them carefully until they are required. Copper sheets should always be stored vertically in covered racks while awaiting use in fabrication processes.

Vertical storage helps to prevent the possibility that employees will walk on the copper sheets and cause them to bend or fold. A covered rack will provide separation for each copper sheet. This separation reduces the potential of abrasion between each sheet. Covered racks also provide protection against water, condensation, and soil contamination.

The quality of the raw metals that you utilize during fabrication can have a direct impact on the quality and durability of your fabricated components. At Schorr Metals Inc., we have the knowledge and experience required to maintain the integrity of copper and copper alloys prior to distribution. Contact us today to source high-quality copper for your next project.

Laser, Flame, and Plasma Cutting: What You Need to Know

websitebuilder@thryv.com — Thu, 22 Nov 2018 06:58:00 GMT

Laser, flame, and plasma are the most common metal cutting techniques. Read on to learn which of these three methods will best suit your needs.

Cost management and product quality are two important factors contractors consider where metal cutting and fabrication projects are concerned.

Metal cutting entails the use of different techniques. Laser, flame, and plasma are the most common metal cutting techniques for larger and more demanding projects.

Your choice of technique will depend on your budget, the type of metal to be cut, the levels of precision, and the uses of the fabricated part.

Read on to learn more about the three metal cutting techniques to help you determine the method that will best suit your needs.

Laser Metal Cutting

Laser cutting involves the use of high-powered, computerized laser machines to cut through metal. Alongside laser technology, these machines use nitrogen and oxygen or compressed air to cut metal with thorough precision. Laser machines are also used to engrave, scribe, weld, and trim metals.

Plasma Metal Cutting

Plasma cutting is a much older technique and was developed as a more efficient alternative to flame cutting.

This method uses compressed oxygen and other gases such as nitrogen and hydrogen forced, at high speeds, through a machine with a small opening.

The high speed, pressure, and combination of gases produce a type of gas known as plasma. The heated electrical ions of plasma gas aid in cutting metal pieces.

Flame Metal Cutting

Flame cutting is among the oldest metal cutting techniques. The process uses a combination of pure oxygen and a source of high heat to cut metal.

First, the metal is preheated to very high temperatures, and then the cutting machine emits oxygen onto the heated surface. This oxidization process burns the metal to the desired shapes and sizes.

Flame Metal Cutting vs. Laser and Plasma Metal Cutting

While these three methods of metal cutting have some differences, all are still used today for different applications.

Flame cutting is mostly suitable for cutting thicker metals. Thin metals, on the other hand, require highprecision, high-velocity techniques such as plasma and laser cutting. Setting up a flame cutting machine is simple and fast, and the technique itself is budget-friendly.

On the other hand, flame cutting is generally limited to cutting carbon and varieties of steel containing low levels of alloys and is less suitable for cutting aluminum and stainless steels.

Flame cutting also results in larger heat-affected zones (HAZ). HAZ are areas of a metal that are adversely affected when the metal is exposed to intense heat during the cutting process. These effects may include corrosion, brittleness, and cracking.

Plasma Cutting vs. Laser Cutting

While plasma and laser cutting deliver high-quality cuts, each method has its benefits and downsides.

Application

Plasma is widely used for cutting aluminum and stainless steel. Plasma cutting is also suitable for cutting reflective metals, while laser cutters are best suited for slicing thinner metals.

Cost

The cost of buying, operating, and maintaining a CNC plasma cutter is comparably lower. As such, plasma cutting services are, on average, more affordable than laser cutting.

Speed

Production rates affect project completion timelines. Plasma machines cut metals of all thicknesses much faster than laser machines.

Cut Quality and Size

Cut quality refers to the straightness of the cut edge, while the size refers to the width of the cut.

If you are looking for smaller, well-finished holes or slots on your finished metal product, consider laser cutting. Laser delivers a straighter edge and a smaller cut size.

However, both laser and plasma cutters have a high tolerance and can cut thin metals with minimal distortion.

A lot goes into selecting the most suitable metal cutting technique. With the right metal fabrication partner and a clear understanding of your clients' needs, you can determine the technique that delivers the most value.

At Schorr Metals Inc. , we take pride in offering superior metal cutting solutions. Call us today to learn more about our custom metal fabrication services in Southern California.

Understanding Aluminum Sheet Metal Fabrication

websitebuilder@thryv.com — Fri, 28 Sep 2018 03:19:00 GMT

Many industries utilize sheet metal fabrication, including medicine, military, aviation, marine, energy, and architecture. As industry players try to maximize value for money, aluminum is rapidly becoming a popular choice of material for fabrication jobs.

Read on to learn more about aluminum sheet metal fabrication and the reasons why aluminum could be a great choice for your next project.

Basics of Sheet Metal Fabrication

Sheet metal is a workpiece whose thickness is measured in gauges. The process of sheet metal fabrication entails shaping aluminum sheets into metal products of different shapes and sizes.

Fabricators use specialized tools such as press brakes to cut, drill holes, bend, and join sheet metal to create all sorts of two-dimensional structures for a variety of commercial, industrial, and residential applications. Other than aluminum, fabricators can work with common metals including steel, tin, zinc, titanium, bronze, and brass.

Sheet metal fabrication specifically entails forming processes and cutting processes. Welding is also an essential step in the fabrication of sheet metal.

Forming

Forming involves the application of force to bend or stretch sheet metal into a certain shape. Examples of sheet metal forming techniques include spinning, deep drawing, stretch forming, bending, and roll forming.

Cutting

Sheet metal cutting processes entail separating sheet metal pieces to create a metal product of the desired shape. Fabricators use shearing or nonshearing methods to cut sheet metal.

Shearing methods include blanking and punching, while nonshearing methods use water jet, plasma, or laser methods to cut sheet metal.

Welding

After cutting or forming the sheet metal, fabricators use a variety of welding methods to join the different pieces of metal into an assembled product. Finally, the fabricator uses a technique such as abrasive blasting or painting to finish the assembled product.

Advantages of Aluminum Sheet Metal Fabrication

Aluminum offers several benefits for contractors undertaking fabrication projects in any industry.

Corrosion Resistant

In addition to being sturdy and versatile enough to cut and bend, compared to steel, fabricated aluminum has a higher resistance to rust. Without a good finish, which may not come cheap, fabricated steel can easily succumb to corrosion, which can shorten the life of steel products.

Wear-and-Tear Resistant

Contractors looking to minimize overhead project costs usually have the choice of plastic or aluminum.

While both materials are low-cost options for fabrication projects, plastic is more prone to wear and tear and increasingly vulnerable in high-temperature environments.

On the other hand, aluminum has a higher resistance to heat and can take more damage before falling apart.

Lightweight

Weighty metals such as steel can increase the lead time in fabrication processes. On the other hand, aluminum, hailed for its light weight, provides incredible versatility, which can simplify and fast-track the fabrication process.

Challenges of Aluminum Sheet Metal Fabrication

Despite its numerous advantages, fabrication of aluminum has several challenges.

Damage Susceptibility

Although aluminum is versatile, this metal is much softer than steel and is, therefore, more prone to damage during the fabrication process. A skilled metal fabrication shop can, however, minimize the risk of such damage.

Thermal Conductivity

Due to its high thermal conductivity, aluminum easily repels heat during welding, which can result in weak welds. Cutting aluminum using a laser may also be challenging due to the metal's thermal conductivity.

The benefits of aluminum sheet metal fabrication are far greater than the challenges. A skilled metal fabrication service can work with aluminum sheet metal to deliver high-quality finished products.

Whether you have a big or small metal fabrication project, you can trust the fabrication experts at Schorr Metals Inc. to get the job done. If you have questions about aluminum sheet metal fabrication, call us today to learn more about the process.

Choose the Right Brush Wheel to Remove Weld Slag

websitebuilder@thryv.com — Tue, 24 Jul 2018 14:12:00 GMT

The right brush wheel can remove weld slag. If you would like to improve your knowledge of the criteria used in picking the best wire brush wheel, read on.

Most of the common welding techniques - shielded metal arc welding and flux-cored arc welding, to name just two - result in the creation of by-product known as weld slag. As the flux used to protect the base metal from oxidation melts, it mixes with the molten metal in the weld zone. As this mixture cools, the flux floats to the surfaces and hardens, leaving behind weld slag.

Although weld slag will not affect the resulting weld on a chemical level, most metal fabrications consider it an unwanted nuisance. It creates a rough, stubbly surface to the metal, while also making it harder for paint and other surface treatments to adhere to the metal. For these reasons, it is customary to remove slag once the weld area has cooled off entirely.

Workers accomplish slag removal using a variety of tools, from manual chipping hammers to the tool known as a powered brush wheel. These rotating wire brushes provide highly effective results in a fraction of the time it would take to remove slag manually. Yet a metal fabricator must be sure to choose the best possible brush head for a given welding job.

If you would like to improve your knowledge of the criteria used in picking the best wire brush wheel, read on. This article will outline two of the most important considerations to ensure proper slag removal.

Wire Diameter

The diameter of the wires on a wire brush will dictate how quickly and aggressively it removes weld slag. Generally speaking, the thicker the wires, the faster it will remove the slag. Yet fabricators must consider more than just speed. Because a wire brush wheel is a power tool, it can be easy to apply more friction than necessary to remove the slag.

In other words, welders must be careful not to damage or abrade the base metal. This will ultimately increase processing time, by requiring that the abrasions be carefully smoothed out. Therefore, the right balance must be struck between quickness and safety. Generally speaking, wires for slag removal and other forms of descaling will fall where between 0.008 inches and 0.028 inches in diameter.

Wire Style

Things get more complicated still when you consider the style of the wires that make up the brush. Virtually no wire brush wheels use straight wires. These would lack the necessary degree of stiffness, and would easily become bent in ways that reduced their effectiveness. Instead, two main styles of wire exist: crimped and twisted.

Crimped brushes feature wires that exhibit a zigzag pattern of bends along their length. Such crimping plays two main roles. First, it ensures that the wires remain adequately spaced out from one another. This allows workers to remove the maximum amount of slag with a minimum of effort while reducing the likelihood of missed areas of slag.

The crimping also increases the stiffness of the bristles, making them less likely to break as the result of fatigue. This stiffness becomes crucial when you consider the amounts of pressure and vibration to which a metal brush wheel is subjected. Those crimps also mean that, when wires do inevitably break, the break will be as clean as possible.

The other main wire style features wires that have been twisted together. Knotted wire brushes tend to have a much stiffer action than crimped brushes. This gives them an especially heavy action. Twisted wire brushes may be too punishing for more delicate welding tasks, yet when it comes to heavy-duty welding - and heavy duty slag - a twisted wire brush will produce the desired results in a fraction of the time.

An experienced welder possesses a wealth of knowledge about slag removal. If you would like to learn more about the factors that play into this decision-making process, please contact the welding pros at Schorr Metals Inc.

2 Common Types of Weld Soil

websitebuilder@thryv.com — Thu, 31 May 2018 07:28:00 GMT

Weld soil is a frustrating and all too common byproduct of the welding process - one that will significantly mar both the appearance and the behavior of the resulting weld. Weld soil consists of inorganic byproducts formed during the process of welding. These byproducts tend to accumulate along the portions of the base metal adjacent to the welding area.

Weld soil may take one of two common forms, known respectively as spatter and scale. Subtle differences in prevention and removal exist for each of these. This article will provide a useful overview of the nature of weld spatter and weld scale, pointing out key distinctions between each one.

1 - Weld Spatter

Weld spatter consists of tiny beads of metal that are thrown from the weld area while the metal is still in a molten state. These beads quickly harden, leaving behind areas of rough stubble on the base metal. Such stubble presents an unattractive appearance, while also making it more difficult to paint or perform secondary welds in the area.

Numerous factors may play into the occurrence of weld spatter. All of these involves forces that disturb the weld puddle while it remains in its molten state. Such a disturbance may stem from an improperly cleaned base metal, an insufficient amount of shielding gas, or operator error. Excessive voltage and/or travel speeds may also contribute to the formation of weld spatter.

In the event that weld spatter does occur, it must be properly removed in order to create a smooth, safe, and paint-receptive surface. Weld spatter must be dealt with through mechanical abrasion, generally carried out either by a manual grinder or an air-powered blaster. If only a small area of spatter exists, a metal worker may choose to remove it through the use of hand tools such as chisels or hammers.

2 - Weld Scale

Weld scale represents another all-too-common byproduct of the welding process. It involves the formation of an oxide layer in the heat-affected zone - in other words, the area of the base metal that will become heated during the welding process. When the heat-affected zone becomes hot enough, it will react with oxygen in the atmosphere to form weld scale.

Unfortunately, compared with weld spatter, there is much less a welder can do to prevent weld scale. Care must be taken not to apply the welding torch for longer than necessary - or to apply it too far from the weld area. Aside from this, the formation of weld scale tends to be seen as a somewhat unavoidable byproduct of welding stresses.

Nonetheless, weld scale constitutes an undesirable phenomenon. Like weld spatter, it will affect the behavior of the metal when it comes to applying corrosion-resistance coatings and/or paint. Such coatings will stick to the weld scale rather than the base metal. As time goes on, the weld scale will tend to loosen and work loose - leaving behind patches of unprotected metal.

Therefore, you must remove weld scale in order to protect against future corrosion. Removal may be accomplished either through mechanical or chemical means. As with weld spatter, mechanical removal involves the use of abrasive tools such as grinders and sanders.

Chemical removal involves the use of so-called pickle liquor. Pickle liquor consists of a special mixture of acids, with either hydrochloric or sulfuric acid being the most active ingredient. The concentration of a pickle liquor must be carefully determined. Otherwise, it risks damaging the base metal if it's too strong.

Welding and Fabrication Experts

Welding constitutes a highly a subtle art - one that requires the sort of knowledge that only years of experience can bring. Fortunately, the experts at Schorr Metals Inc. possess just that kind of experience. Please don't hesitate to contact us for help with your next welding or metal fabrication project.

2 Early Stages Of Steel Fabrication

websitebuilder@thryv.com — Tue, 03 Apr 2018 21:55:00 GMT

Steel represents one of the fundamental building blocks of the modern world, without which the infrastructure of everyday life would be radically different. Yet the ubiquity of steel is countered by the fact that it often hides from sight beneath layers of paint, fiberglass, and siding. For this reason, many people fail to recognize the importance of this building material.

This ignorance applies even more so to the means by which you prepare raw steel for use in the construction industry. If you would like to learn more about what it takes to turn steel into something that can be used to construct a towering skyscraper, keep reading. This article will discuss the two earliest stages of steel fabrication.

Cleaning

Raw steel is just that- raw. What this means is that the surface of the steel remains covered by rough patches and imperfections such as burrs and substances known as mill scale. Such imperfections constitute a serious problem. For one thing, their often sharp and jagged edges present a danger to those handling the steel.

Moreover, they can lead to difficulties when it comes to processing the raw steel. Those imperfections will also cause problems if they make it through all the way to the use of the steel as a construction material. Mill scale poses an especially annoying threat, as it will prevent paint and other coatings from adhering to the surface of the steel.

You can overcome such obstacles by giving the surface of the steel a thorough cleaning. This is generally the first phase of steel fabrication. Here "cleaning" can be a somewhat misleading term, as it has nothing to do with soap and water. On the contrary, this cleaning is accomplished using particulate matter projected at high speed against the surface of the steel.

Commonly referred to as blast cleaning, this intense process accurately scours any unwanted imperfections from the steel. However, it doesn't leave behind a perfectly smooth surface. Instead, the sand or tiny metal bearings blasted at the steel act to give its exterior a very slight roughness. This makes the steel more capable of accepting paint and other coatings.

Cutting

With the raw steel properly cleaned, it may now be resized to suit a particular need, in the same way that a piece of raw lumber is sheared down into boards, 2x4s, and other building components. As you can imagine, however, cutting steel is a much more involved undertaking. As such, there are a variety of different ways in which you can accomplish cutting.

The technique known as flame cutting is more or less just what it sounds like: a super-hot jet of flame applied to the steel. The temperature of this flame is so high that it can melt away the steel in a very precise manner. This allows workers to sunder, trim, and otherwise alter the shape of steel up to 100 inches in thickness.

A closely related technique goes by the name of arc plasma cutting. Whereas flame cutting generates its incredible heat through the combustion of gases like oxygen and propane, arc plasma cutting generates its heat using electricity. This method has the advantage of creating a much more fine-honed cutting tool, meaning that plasma cutting is capable of making much more subtle alterations.

A third method differs drastically from both flame and arc plasma cutting. Known as cold sawing, this mechanical process eschews high heat entirely. Instead, incredibly tough and durable saws are used to cut the steel down to size manually. Such saws are not controlled by human workers, but rather by robotic systems that can be programmed to make highly specific cuts.

Professional Expertise

Metal fabrication is a skill that can only be perfected after countless years of practice and study. For more information about what sets an expert fabricator apart from the pack, feel free to contact the pros at Schorr Metals Inc .

Powder Coating: An Essential Part of the Metal Fabrication Process

websitebuilder@thryv.com — Tue, 30 Jan 2018 04:12:00 GMT

Powder coating is just one additional step in the metal fabrication process, but it is worthwhile since it provides so many benefits. Read on to learn more.

A lot of the time, when it comes to metal fabrication, corporate customers make the mistake of having the process done in as cheap and basic a way as possible.

And while this type of quick-and-dirty fabrication can sometimes be warranted, more often than not, it's smart to have some extra steps added onto the metal fabrication process.

One of the most important of these steps is a process known as powder coating. It's really just one small additional step in the process of fabrication, but it is worthwhile since it provides many excellent benefits for the metal to which it is applied.

Strength and Durability

Regardless of what your business intends to use its metal for, you undoubtedly want it to last as long as possible and to be as strong as possible.

Fortunately, powder coating can help with all of that. This finish allows metal to last for much longer than it otherwise would. It also helps metal surfaces to avoid chipping, fading or other common wear-and-tear issues.

Even if your metal's appearance doesn't matter that much for your purposes, powder coating is still worthwhile since it will increase the overall strength and longevity of your metal products.

Speed and Ease

One of the common reasons people give for opting out of powder coating in the metal fabrication process is that they fear it will add too much time to the process.

While this may be true for some options, time is not typically an issue with powder coating. The process can be done very quickly and easily. In fact, powder coating is significantly faster than liquid coating. In most cases, it only takes one quick pass to powder coat the entire metal surface.

For this reason, the amount of time powder coating adds to the fabrication process is negligible, but the benefits certainly are not.

Environmentally Friendly

Something else to appreciate about powder coating is that it is very environmentally friendly.

Many people are wary of using metal finishing or strengthening techniques because of their potential impact on the environment. However, when it comes to powder coating, you don't have to be concerned about these types of things.

Powder coating doesn't require the use of any solvents and does not release dangerous volatile organic compound (VOCs) when applied.

Thus, with powder coating, you have an easy way to strengthen and protect your metal materials without doing any harm to the planet in the process.

Versatility

Another nice thing about powder coating is the fact that it leaves behind a very attractive finish. You don't end up with just one type of finish either.

In fact, in terms of appearance, powder coating can achieve just about any look desired. When you have your metal powder coated, you can choose from many different textures, colors, tones, effects and more for your finish.

Many companies will even allow you to customize your finish, which means you could end up with a totally unique final product.

When it's important for your metal to look good, then powder coating is the way to go. As you can see, this process provides you with many benefits from durability to versatility.

If you think that this method could be useful for your metal, ask your fabricator if the powder coating option is available.

If you want to ensure this option is available and that it's done perfectly each and every time, then be sure to contact the experts at Schorr Metals Inc.

They can show you different powder coating choices and help you to find the best match for your needs and your budget.

Hot-rolled Vs. Cold-rolled Steel: Understanding the Differences in Layman's Terms

websitebuilder@thryv.com — Fri, 01 Dec 2017 07:10:00 GMT

Not sure about the best type of steel to use for your project? Learn about the advantages and disadvantages of cold-rolled vs. hot-rolled steel.

No matter what type of project you have before you, your finished product is only as good as the materials used in the construction process. Therefore, when you are working with metal pieces and components, knowing for certain that you have the right thing for the job is critical. The only problem is that the world of fabricated metals is a vast one, especially when it comes to the different forms of steel.

Hot-rolled and cold-rolled steel pieces are just two of the common forms of steel you find when you pick out pieces at a metal fabrication company. Even if you know a few basics about these two different types of finished metal, you really do need to have a full understanding of each, including how they're made and the advantages and disadvantages of each, in order to choose the best type for your project.

Hot-rolled Steel

Hot-rolled steel is brought to extremely high temperatures of over 1700 degrees in a machine or kiln before it is processed, shaped or extruded. Because the steel is hot, it becomes easier to shape and manipulate into different forms and shapes using everything from machinery to hand tools.

Advantages of Hot-rolled Steel

Hot-rolled steel has its advantages for various applications. For example, if you need a piece of steel that is curved or arched, this can be achieved through the hot-rolling process. You should have no problem finding hot-rolled steel:

Massive sheets
Shaped beams
Arched or angled pieces

Not only is hot-rolled steel available in a larger array of forms and pieces, it can be used to create large pieces without having to worry about the integrity of the material being compromised. Because of this, hot-rolled steel is often used in structural projects.

Disadvantages of Hot-rolled Steel

With hot-rolled steel being somewhat reconfigured through the heating and cooling process, the ending finish is usually more grainy and rough. Hot-rolled steel can also be less durable than cold-rolled steel, sometimes bending or denting with much less force. Additionally, hot-rolled steel tends to have a higher carbon content of 0.29 percent, which can be a concern during forging.

Cold-rolled Steel

Cold-rolled steel is not necessarily formed cold, but is formed at a temperature that is pretty much the same as the current temperature of the room or area the steel is in. In other words, the metal is not heated before it is processed or formed in the equipment. Therefore, it is shaped with heavy-duty rolling equipment and machinery that uses strong resistance and force to alter the material's structure.

Advantages of Cold-rolled Steel

Cold-rolled steel does have some advantages because it has not been altered by chemical transformations or by heat. This form of steel is much harder in composition, so it retains its shape very well. Cold-rolled steel sustains strain hardening, which means that it can have its strength boosted by as much as 20 percent. Additionally, cold-rolled steel has a smoother finish, which can be important for aesthetic purposes. It also has a carbon content right around 0.18 percent, which makes it easier to forge.

Disadvantages of Cold-rolled Steel

Because cold-rolled steel is less malleable at its natural temperature, there can be limitations to the available shapes of this product. For example, cold-rolled shapes may be limited to:

Rounded or tubular rods
Cubical-shaped pieces or rods
Flat sheets or strips

Additionally, it can be more difficult to find large cold-rolled pieces than it would be to find large hot-rolled pieces. This is because to be sold as cold-rolled, the pieces must have a certain resiliency and strength, which can be lost when pieces are machined to larger proportions.

Find the Cold-rolled and Hot-rolled Steel You Need

Finding the steel components you need is important, and Schorr Metals Inc. can help you get just what you need to complete every project. Contact them for all of your metal product and fabrications needs.

Choose the Right Metal and Metal Finish

websitebuilder@thryv.com — Tue, 03 Oct 2017 01:15:00 GMT

There is a wide variety of metals that can be used in residential and commercial projects. Once you've determined what you will build, you can decide what kind of metal you want to use.

Every contractor knows the importance of choosing the right metal fabricator . The main goal of any contractor is to please his or her clients, and the metal fabricator you choose can have a huge impact on the turnout of your project.

Once you've chosen your metal fabricator, though, you still have a few important choices to make. First and foremost, you need to know what kind of metal you would like to use for your project. Of course, this choice will depend heavily upon what you are building, but you'll have a bit of creative freedom as well.

There is a wide variety of metals that can be used in residential and commercial projects. Once you've determined what you will build, you can decide what kind of metal you want to use and how thick you need that metal to be.

Formability

The first thing you'll want to consider when you're trying to choose what metal to use for your project is formability. Can the metal be formed into different shapes easily? Sure, there are special tools that can make metal-forming easier, but you might want to choose a metal that is easily shaped nonetheless.

Weldability

If your project is going to include welding, you want to make sure the metal you choose has good weldability. If you choose something that is easy to weld, you'll be able to cut down on prep time. You'll also probably save a bit of money because you won't have to buy advanced welding equipment.

Strength

Metals in general are known for being strong and durable, but depending on your project, you might find yourself in need of an especially strong material. If you're not sure what kinds of metals are known for outstanding strength and durability, don't be afraid to ask your metal fabricator.

Finishes

Once you choose what kind of metal you want to use, the next step is choosing what kind of finish you want. There are tons of finish options to choose from, and this choice will most likely come down to what you think looks best. Make sure you know what your options are, and then choose according to your preferences.

Sandblasting

If you're going for a uniform, matte finish, sandblasting is a great option. This technique involves blasting your metal with sand at a very high speed. While sandblasting may sound like an odd way to get your metal looking smooth, it really works.

Brushed

A brushed finish also creates a matte look, and the finish also looks as though a paint brush has been used to smooth out the metal. A brushed finish is very clean looking, so if you want something elegant and unblemished, this is definitely an option you should consider.

Polished

If you want a finish that is sure to grab the attention of anyone who walks by your finished product, polished is the way to go. A polished finish is reflective and shiny. If you decide to go with this kind of finish, though, be aware that a polished finish will show fingerprints or grease a lot more easily than other finishes.

Hammered

Last but not least, we have the hammered finish. This finish is just what it sounds like: it looks like it's been hammered. If texture is your goal, then a hammered finish is what you want. This finish is sure to be a crowd pleaser.

No matter what project you're working on, there is a metal out there for you. If you're having trouble choosing the right metal or the right finish for your project, don't be afraid to talk to your metal fabricator. He or she can tell you everything you need to know about metal and help make sure your project is a success.

Choose the Right Metal and Metal Finish

websitebuilder@thryv.com — Thu, 27 Jul 2017 20:28:00 GMT

There is a wide variety of metals that can be used in residential and commercial projects. Once you’ve determined what you will build, you can decide what kind of metal you want to use.

Every contractor knows the importance of choosing the right metal fabricator. The main goal of any contractor is to please his or her clients, and the metal fabricator you choose can have a huge impact on the turnout of your project.

Once you’ve chosen your metal fabricator , though, you still have a few important choices to make. First and foremost, you need to know what kind of metal you would like to use for your project. Of course, this choice will depend heavily upon what you are building, but you’ll have a bit of creative freedom as well.

There is a wide variety of metals that can be used in residential and commercial projects. Once you’ve determined what you will build, you can decide what kind of metal you want to use and how thick you need that metal to be.

Formability

The first thing you’ll want to consider when you’re trying to choose what metal to use for your project is formability. Can the metal be formed into different shapes easily? Sure, there are special tools that can make metal-forming easier, but you might want to choose a metal that is easily formable nonetheless.

Weldability

If your project is going to include welding, you want to make sure the metal you choose has good weldability. If you choose something that is easy to weld, you’ll be able to cut down on prep time. You’ll also probably save a bit of money because you won’t have to buy advanced welding equipment.

Strength

Metals in general are known for being strong and durable, but depending on your project, you might find yourself in need of an especially strong material. If you’re not sure what kinds of metals are known for outstanding strength and durability, don’t be afraid to ask your metal fabricator.

Finishes

Sandblasting

If you’re going for a uniform, matte finish, sandblasting is a great option. This technique involves blasting your metal with sand at a very high speed. While sandblasting may sound like an odd way to get your metal looking smooth, it really works.

Brushed

Polished

Hammered

Last but not least, we have the hammered finish. This finish is just what it sounds like: it looks like it’s been hammered. If texture is your goal, then a hammered finish is what you want. This finish is sure to be a crowd pleaser.

No matter what project you’re working on, there is a metal out there for you. If you’re having trouble choosing the right metal or the right finish for your project, don’t be afraid to talk to your metal fabricator. He or she can tell you everything you need to know about metal and help make sure your project is a success.

4 Tips to Finding the Best Metal Fabricator for Your Next Contracting Job

websitebuilder@thryv.com — Tue, 30 May 2017 23:12:00 GMT

Choosing a good metal fabricator affects the quality of work you are able to deliver to your customers. Find out how to choose the best fabricator on this blog.

As a contractor, you have one goal in mind: make your customers happy. But you can't accomplish this goal on your own. You rely on other companies to give you high-quality products and high-quality materials, and if you're in the construction industry, metal fabricators are a crucial part of that process.

But if you're new to the job, you might not know how to find a trustworthy, reliable metal fabricator. That's why we've provided new contractors with a brief guide to finding the right local metal fabricator. While taking the extra time to research metal fabricating shops in your area could seem arduous at first, we promise the time and effort will pay off in the long run.

1. Ask About Their Experience

First things first: you can't work with a company that lacks ample industry experience. While this piece of advice is key in any field, it's especially true with highly technical work like metal fabricating, cutting, and welding. In fields like these, your customers' safety depends directly on your metal fabricator's experience and commitment to quality work.

Additionally, the metal fabricators you choose need more than industry experience—they also need local experience. Local metal fabricators should also have a good grasp on the area's demographic and what your customers expect. They'll also know what constitutes competitive pricing in your specific city and state, not to mention how your area's unique climate impacts their work.
Of course, it's always tempting to contract with a team that charges less. But while less-experienced metal fabricators might charge less and save you money up front, the cheaper price isn't worth the poor results.

If your metal fabricator doesn't hire experienced industry workers, you open yourself up to criticism from your customers when the work doesn't stand up to the ravages of time and weather. Worse still, if the fabricator is truly inexperienced, their poor welding and fabricating could spell unsafe products—and endangering your customers is the last thing you can afford to do.

2. Look Into Past Projects

Your metal fabricator should have a list or gallery of projects completed for other customers. If you know who contracted the project and feel comfortable contacting other companies, feel free to do so—another contractor or company can tell you how satisfied they were with the metal fabricator's work and tell you frankly about the company's pricing and turnaround times.

3. Don't Settle for the First Estimate—Ask Around

If you've never worked with a metal fabricator before, you might not have a firm grasp on a fair, competitive, cost-effective price for the work done. Many companies offer free quotes, and simply requesting a quote doesn't equal a commitment, so don't be afraid to approach different companies and collect several estimates.

Once you've talked to at least three or four metal fabricators, you should better understand how much the materials will cost and when you can reasonably expect a finished product. If one company offers you a much higher estimate than the three others you approach, you can probably assume they're taking advantage of you.

However, you should bear in mind that estimates from different companies could vary for a reason. For instance, as mentioned above, a less-experienced company might charge much less, but the lower price could mean shoddier work, poor-quality materials, and inattention to key safety details.

4. Learn About Their Materials

Not all metals are created equal. Find out where your company acquires their aluminum, steel, and copper and what grade of metal they use. Your metal fabricator should give you this information upfront when you first discuss pricing and turnaround time with them. If they don't, make sure to ask—and if their response seems cagey, look elsewhere.

Take the Next Step—Visit Schorr Metals

Once you locate a solid metal fabricator, you can look forward to working with them for years to come. Set aside the time to take the four steps listed above; you won't regret it.

Do you live and work in the Placentia area? If so, come to Schorr Metals Inc. We're small enough to work with you on an individual basis, but we're large enough to operate on a smooth timetable and offer you the high-quality materials your next project needs.

Steel Structures Property Owners Should Consider

websitebuilder@thryv.com — Thu, 30 Mar 2017 12:00:00 GMT

The experts at Schorr Metals Inc. in Placentia, California, explain types of steel structures property owners should consider.

Are you looking to expand by adding a new room? Want to learn more about the steel buildings you can have set up in your backyard? If you already have a knowledge of the type of steel structure you would like to have installed in your yard, then you should know that styles of steel structures and their uses are nearly endless and your dream is possible.

Some of the most popular residential and commercial steel structures include the following:

Rooms for Guests: If you enjoy having guests over, but often don't have enough room or sleeping space to welcome as many guests into your home as you would like to, then a steel guest house would be perfect for you. You can turn it into a simple extra sleeping space for your guests to retire to after spending the day in your home or equip it with a mini-kitchen, a bathroom, and other necessities your guests may need during longer stays.

Depending on your city ordinances, you may even be able to rent your guesthouse out to earn some extra revenue. That could make a small investment in a steel guesthouse a great way to earn some passive income for many years to come.

Home Offices: If you work from home, then you may have thought of renting a commercial office space to run your business out of but quickly decided that the cost of the rent for space would just eat into your business profits too much. Nevertheless, you may have product inventory taking up precious room in your home or just want a place to work away from home that is distraction-free.

A steel office space is the perfect answer if you crave extra business space but are on a tight budget or if you want your space but want to stick close to your family when working in case emergency situations occur. Your steel home office can be as small or large as you like, and any utilities you need, such as electricity, can be connected to it.

Carports: If your family has grown too big for that one-car garage and you are tired of your family having to park their cars in the driveway or on the street, then a detached, steel carport is a great option for you.

Adding a steel carport to your property cannot only end that "driveway automobile shuffle" that is needed when one family member has another "blocked in," but it can also help your family keep your vehicles in better shape when they are protected from the harsh outdoor elements when not in use.

To learn more about your steel structure options for your home or commercial property, contact the steel structure experts at Schorr Metals Inc. in Placentia, California.

Five Benefits of Local Metal Fabrication

websitebuilder@thryv.com — Wed, 25 Jan 2017 16:54:00 GMT

Metal fabrication is the process in which raw metal becomes the useful material that make up many objects. While hiring a large factory may be an option, hiring a local metal fabrication company has many benefits.

Have a Greater Say Over Your Work

If you hire a factory that is far away, you may not always know what they’re doing. Using a local company will typically give you the option to visit them to make sure your project is perfect.

Make Sure Your Product Works Perfectly

Being able to visit the company in which your metal product is being created can allow you to make sure that everything is working properly. If you hire a factory that is located far way, you will often need to trust them to do a good job.

Save Time

Once the local factory is finished fabricating the metal, the product can generally be delivered quickly to you. This can drastically reduce the time that you would need to wait.

Save Money

Since you often have to pay shipping and handling fees to get the product delivered, using a factory that is further away can increase the amount you may need to spend. By using a local metal fabrication company, you can reduce or sometimes eliminate the shipping expenses.

Bring Jobs to Local Community

By using a local company, you can increase the need for workers in your area. This can increase the amount of people who are supporting local businesses.

Local metal fabrication often has many advantages. To discuss your project with the experts at Schorr Metals Inc., contact us today.