Posts tagged with: Metal Supply

US Infrastructure Needs: Why the US Needs to Invest in Infrastructure

The Impact of Increasing Infrastructure Investment


Infrastructure investment is one of the key foundations for a strong economy. In the last one year, there has been growing talk about the need to improve U.S. infrastructure. In fact, the topic was a major area of focus during the 2016 elections and still remains a major priority for the current administration. While the discussions have been quite consistent, especially regarding the need for a broad infrastructure bill, there’s still a lot of work to be done to address US infrastructure needs.

There is no doubt that the condition of roads, airports, water treatment plants, bridges and other physical assets have a great impact on an economy’s ability to function and achieve sustainable growth. Two-thirds of roads across the U.S. are in poor condition and a quarter of bridges need major repairs. In short, the cracks in America’s infrastructure are glaring.

Why exactly should the U.S invest in infrastructure now?

It will Improve the Economy Now and in The Future

The majority of infrastructure development plans are handled by states and local governments. Facilitating US infrastructure investment that goes towards improving existing infrastructure and building new infrastructure across the country will no doubt improve the economy of states and the country as a whole, now and in the future. More efficient and high-quality infrastructure boosts productivity, therefore lifting long-term growth and wages.


In the short term, infrastructure investment would provide immediate job opportunities for millions of Americans. Although employment numbers have been recovering over the last few years, major investments in infrastructure would likely result in an upsurge in job opportunities, and this is what many people need at a time when millions are earning less than they should, to get by. Addressing US infrastructure needs now will result in a vibrant economy.

Opportunities to Finance Infrastructure Are Available

While investment in public infrastructure if falling, there are stable investment opportunities provided both by private-public sector partnerships as well as the massive investment power that states have in the hands, of course with proper facilitation. States often pay for building roads, ports schools, airports and other vital infrastructure largely through debt, which is the most effective practice for financing infrastructure development.

Today, state and local debt is well below pre-recession levels. States are enjoying historically low-interest rates that make borrowing favorable. However, the Federal Reserve is already raising interest rates, meaning that states may have a smaller window of opportunity to consider long-term investments. There are other ways to raise money for investments through other sources like tolls, user fees and well as federal grants to meet US infrastructure needs.

States are in a Pretty Good Position to Invest in Infrastructure

Experts agree that state and local governments are the primary drivers of the country’s infrastructure. Additionally, most states are a relatively strong position to invest in infrastructure. While state revenues may have slowed down in the past one year, the recovery over the last few years has helped improve state revenues.


However, the biggest challenge in implementing US infrastructure investment plans is that revenues are not enough to adequately cover other vital costs like healthcare and education. The country may have to consider increasing taxes to preserve public capital that is critical to ensuring long-term, sustainable economic growth while also covering other needs.

The Private Sector Has a Role to Play

Now more than ever, the government needs to shift major investments like infrastructure from its coffers to the private sector. Public-private partnerships are playing a bigger role in investment globally, but a lot has to be done to ensure favorable enterprise regulations, user charges and political consensus that often hinder full investment implementation.

When effective, public-private partnerships can greatly reduce the implementation time of large infrastructure projects. Some good examples across the country include the I-595 highway in Florida, the Long Beach Courthouse in California and the expansion of Seagirt Maritime Terminal in Baltimore.


On top of the economic benefits, increasing investment in public infrastructure can improve the quality of life, increase opportunities and even have a positive impact on the environment. While US infrastructure needs will continue growing, it’s important to understand that spending more on physical infrastructure alone is not enough to achieve higher growth.


Both the federal and state governments have to encourage innovation in other critical sectors such as the steel industry that is the core driver of the construction industry. According to experts at Metal Supply, a leading metal fabrication and steel and aluminum supplier, spending proposals must build in plans that look at different ways that US infrastructure investment will encourage growth in other sectors.

If you’re an industry player involved in infrastructure projects that require structural steel or aluminum, Metal Supply supplies the widest range of quality metal products.

CNC Machine Fabrication for Businesses | Metal Supply

How A CNC Machine Can Help You And Your Business

Whether you have a business that deals directly with metal or you have a business that relies on metal structures to function, CNC machines and the parts they create are a tremendous advantage. By allowing you to precisely fabricate the materials you need, a CNC machine is what lets you push the design envelope, uninhibited by the limitations of slower and less consistent processes. If your business is looking for a CNC machine in Los Angeles, contact us today to see how our state-of-the-art equipment can transform your business and help drive innovation.

What Is A Modern CNC Machine Process?

Modern CNC machines are high-tech tools that let industry, technology, and, in some cases, art meet in the middle. Typically, a design is drawn in CAD (Computer Aided Design) software. This allows the designer to create a digital 3D representation of the structure or material. This design is then encoded, usually using G-Code, an industry standard language, into instructions the CNC machine can understand. The machine uses these instructions to create the finished product, perfectly matching the designer’s parameters.

Modern CNC machines can operate on multiple axis lines. There are CNC machines that use familiar, mechanical tools such as saw blades, drill bits, and cutting heads, but some now fabricate using lasers, plasma cutters, and other more modern production methods. This ability to keep up with modern technology allows CNC machining to evolve with the times and grow with the needs of their customers.

What Benefits Can A CNC Machine Provide Me?

Cost-effective Prototyping - Especially in a competitive market like Los Angeles, a CNC machine can help you control your development costs. By giving you precise, easily produced and replicated prototypes at a reasonable price, you are able to evaluate your design without the financial risk of commissioning an individual, traditionally created fabrication through manual processes. Best of all, the same instructions that made a successful prototype can be reused.
Small Batch Production - Not every part or material needs thousands of copies. CNC machines are perfect for those who need small, manageable production runs. While not completely autonomous, CNC machines can tirelessly fabricate without the need for rest human craftspeople need. This allows for an efficient 24/7 operation.
Decorative Trim And Fixtures - The precision of CNC machines allows for finer detailing of materials. CNC machines have the ability to cut, drill, bevel, mill, or finish items based on the designer’s vision. This gives you a wide range of options in developing decorative metal accents or making functional metal pieces look as well as they work.
Custom Fabrication - CNC machines allow for the custom creation of metal components, making one-off production a more affordable prospect when compared to more traditional, manual production techniques.
Easy To Assemble Structures - One of the largest CNC machine applications is the creation of stable, easy to assemble structural supports for construction products. Beams can be cut, formed, and drilled on a CNC machine for easy and quick assembly on site. This not only allows for faster erection of structures but helps eliminate dangerous errors in manufacture.

a cnc plasma cutter cutting a huge stainless steel pipe

What Is It That Makes A Perfect CNC Machine Partner?

Not every business has the need or the capital to purchase their own CNC machine. Sometimes, the better choice is to find a local company that can offer you the CNC machine services you need to excel. Here’s what to look for in your metal fabricating partner

An Authority - A CNC is a specialized system that melds technology and manufacturing into one device. Make sure the contractor you choose has the experience to do the job right. For 55 years we have fabricated metal materials to our customers’ specifications, and we look forward to many more.
Where You Need Them - Many of the financial benefits of CNC machine fabrication can be lost in high shipping fees. We are the Los Angeles CNC machine solution, proudly serving the greater LA area.
Fast Turn Around - You would rather not pay a crew to stand around and wait for materials to arrive. Your CNC machine contractor should have the ability to set and meet deadlines for your projects. We pride ourselves on keeping our word and may be able to offer next-day fabrication for your project’s needs.
The Right Price -  You need the right material delivered to your specifications, but you also need it at a price that fits your budget. We offer competitive prices backed by world-class customer service.
Metal Supply Incorporated Is Your Los Angeles CNC Machine Expert

We have the knowledge and experience to help your business harness the full potential of CNC machining. We help our customers grow their business by offering competitively priced, professional CNC machine services for projects of every size. Are you ready to see what CNC fabrication can do for you? Choose a metal supply company that has the materials and know-how you need. Contact Metal Supply Incorporated today.

5 Commercial Uses For Aluminum


Aluminum is one of the most useful metals available. Its unique properties make it well suited for commercial and industrial use, while the price of aluminum makes it competitive with other metal materials. The general public, however, is largely unaware of uses for aluminum beyond packaging.

The aluminum soda pop can and foil packaging are ubiquitous in the American food ecosystem. There is not a day that goes by that you fail to see one of these common options in the hands of consumers. But because these items are easily collapsible, they tend to give aluminum the reputation of being flimsy and fragile — though this is far from the truth. The very properties that allow a super thin sheet of metal to work so well, however, are the same properties that give us so many commercial applications of aluminum.

What Is Aluminum?

Aluminum is one of the most abundant elements on the planet but is rarely found in its pure metal form. Most often, it is found as a form of aluminum oxide or aluminum silicate. Once refined, it is often cast from billets into a usable form or rolled into sheets.The specific alloy composition is determined by the intended use of the final product.

What Properties Does Aluminum Have?

While the properties of a given aluminum composition are fine-tuned by the other elements alloyed with it, there are some properties that are constant and give us so many uses for aluminum.
Resistance To Corrosion – While pure aluminum is very reactive—which is why it is almost never found naturally occurring without silicon or oxygen—the processed aluminum you receive from a metal supplier is quite the opposite. This resistance to corrosion means less maintenance and less painting.
High Strength To Weight Ratio – The fact lost on most people when looking at aluminum foil or cans is the tensile strength necessary for a material that thin to bend, yet not easily break. Scaled up, this is the same property that keeps large jets in the sky and makes aluminum building materials some of the safest around.
Highly Conductive – While not as efficient as copper—aluminum is only about 63% as conductive—it is still an efficient conduction material. Once weight is factored in, it excels. When aluminum is compared to an equal weight of copper, it can transmit approximately twice as much energy.
Easy To Work – Aluminum is an easy metal to work with. It is very malleable and highly ductile, making it a convenient choice for fabrication or drawing into wires.
Thermal Resistance– Aluminum weathers high heat readily, resisting changes to shape and damage. It an efficient heat exchanger.

What Are The Commercial Applications Of Aluminum?


These are some of the most common and important commercial applications of aluminum.
Construction – Between its resistances and high strength to weight ration, there are a myriad of uses for aluminum in most modern buildings. Railings, rods, doors, and wiring are all vital parts of the construction process that have been made lighter and stronger with aluminum. It’s easy to paint, form, and connect to other materials, making it the right choice around the jobsite.
Cooling Solutions – Aluminum is the most-used material for heat sinks in electronic devices. Heat is transferred via a thermal paste from the electronic component (such as a CPU) to a finned aluminum heat sink, where it dissipates into the air. Meanwhile, aluminum pipes and tubing help keep air conditioners running and fluids cycling thanks to their ability to withstand high pressures and temperatures without damage.
Long-distance Power Lines – While copper may be the standard in your home or office lines, long distance power lines require a different solution. Aluminum power lines are highly conductive but come with a lower weight, requiring fewer power poles without risking the power lines snapping under their own weight.
Lights, Signs, And Structures – Many large lighting solutions, such as those used in parking lots, are made with aluminum poles. It’s also the perfect material for sign poles and the signs themselves. Aluminum tubing has also been used to fabricate observation platforms, awnings, and lightweight bridges.
strong>Rolled Sheet Products – This is what creates the most visible commercial applications of aluminum, packages, and containers. While aluminum can be rolled into super thin foil for food packaging or thicker sheets for cans, it can also be rolled for use as weather and stress resistant surfaces, like the skin of a jumbo jet, lightweight roofing, or larger sheet fabrication projects.
Food Preparation – Aluminum pots and pans are a staple of the food service industry. Thanks to their light weight and low cost, many kitchens started with aluminum equipment. The corrosion resistance makes it perfect for storage and drinking containers.
Marketing Materials – Aluminum is cheap, easy to work, and takes graphics well. Aluminum water bottles, desk accessories, and medallions can be a cost-effective way to keep your customers thinking about you. Give them a durable, branded item they use every day, and they will know and rely on your brand.

Are Any Uses For Aluminum Right For Me?

If your business uses metal, relies on metal, or is looking for a sharp-looking metal solution for signage, aluminum can be the right choice for you. It’s cost-effective, and there is a composition available for your aluminum uses and needs.

How Do I Choose The Right Aluminum Supplier?

When choosing a supplier, make sure you choose a partner familiar with the various uses for aluminum. They can help make sure you get the right composition for your project. A supplier with experience may also be able to help with fabrication and provide some much-needed insight based on experience.

Metal Supply, Inc., has 55 years of experience serving the metal needs of the greater Los Angeles area. We have the right knowledge, materials, and experience to help you make your project successful. Contact us today for a quote for all your metal and fabrication needs.

Structural Steel Suppliers & Framing | How Does It Work?


Safe buildings are essential, whether they are office buildings, industrial complexes, or residential structures. As the profit margins in construction and property management become ever thinner, there is a drive to make sure these structures give you the best possible return on your investment. Ensuring the safe, durable, and economical construction of your building begins with the materials you choose to use, which is why structural steel framingis so popular.

Structural steel suppliers are able to provide premium materials that enjoy a wide range of benefits over traditional wood construction. Steel can also be used in conjunction with wood to create hybrid structures, blending the best qualities of both. Structural steel should have a place in your next build.

What Is Structural Steel?

Structural steel is steel that is of the proper composition and shape to be used to create structures. The shapes are such that, due to the profile of the cross section, they provide the needed rigidity for their intended use. The composition is engineered to provide the right balance of hardness and flexibility through a delicate blend of alloys that impart the correct qualities for the steel’s use. Experienced structural steel suppliers can help make sure the steel you get is the best steel for your job.

Common Structural Steel Shapes
Beams – Beams are perhaps the most recognized structural steel framing shape. The cross sections of the classic I-beam, T-Beam, and Z-Shape bear a resemblance to their respective letters, with the design adding structural strength through its low second moments of area.
Hollow Structural Sections (HSS) – These structural members are hollow shapes, such as squares, circles, rectangles, and ellipses. They resemble pipes, but the shapes are chosen for their ability to distribute weight throughout the cross section rather than for their fluid carrying properties.
Rods – Metal with a solid circular or square shaped cross section produced in varying lengths. Rather than used as structural support alone, these are often used to reinforce other materials.
Plates – Large and flat, structural steel plate is thicker than 6mm or ¼-inch. Structural plate is also often used to add strength to other structures.
Rails – This structure is very similar to I-Beams, but are not symmetrical.
Certification Of Structural Steel

Structural steel suppliers will only carry structural steel that has been certified for use by ASTM International. These steels will be identified using a code that begins with the letter A followed by two to three numbers. This letter code identifies the alloys used in the production of the steel to help you make a more informed decision when choosing materials. If an identification code has only numbers, it is not certified for structural use, and should not be used.

What Are The Benefits Of Structural Steel Framing?

Using structural steel in your building’s frame comes with a few benefits over more traditional wooden construction:
Structural Steel Is Lighter – Since structural steel beams are “cut out” rather than having a solid square or rectangular cross section, length for length, they are lighter than wooden beams of an equivalent length.
Structural Steel Is Environmentally Conscious – Portions of the metal in your structural steel come from recycled materials, and your beams, if ever replaced, will also be recyclable.
Structural Steel Reduces Construction Time – With today’s technology, such as CNC machines, structural steel can be engineered off site and shipped ready to assemble. This also helps lessen the chance for human error in the design and fabrication.
Structural Steel Is Durable – Structural steel is built to stand up to elements and abuse. Steel framing can be designed to withstand heavy storms, earthquakes, and impacts that would down other buildings.
Structural Steel Can Save You Money – Between saved build-time, extended service life, and ease of use, steel framing can be the right choice to get your project done on time and under budget.


How Do I Choose The Right Structural Steel For My Project?

Good structural steel suppliers should be available to help you properly estimate your project’s needs. In fact, a partnership with a reliable supplier who also has experience in metal fabrication can be one of the smartest business decisions you can make. However, here qualities to consider.

Strength To Weight Ratio – This will directly impact how your architect or engineer can best use your structural steel.
Cost – As with most building materials, you will want to look for the element that gives you the performance you need at the cheapest overall cost. Remember, though, you often get what you pay for.
Environmental Responsibility – As more businesses seek to lower their environmental impact, this has become a greater consideration. Steel can be one of the most sustainable building materials around.
Resistance To Damage – Alloys are available that are composed to have higher resistances to fire, corrosion, and oxidation. Make sure you’re choosing the right steel for these environmental hazards.
Best Fit For You– One of the best features of structural steel is its variety. There is no need to compromise because there is steel available in the right form and composition for you.

What Should I Look For In Structural Steel Suppliers?

When choosing your metal supplier, look for a company who has the knowledge needed to ensure you are getting the right structural steel. They should also be professional and have the ability and experience to offer precision metal fabrication. This holistic approach will help you get both the sales and support you need.

Metal Supply, Inc., has been serving the greater Los Angeles area for 55 years. Our structural steel is helps create the skyline that Angelinos know and love. When you need to choose a metals partner, choose the most trusted name among structural steel suppliers in the area. Contact us today for a quote on your next project.

Sheet Metal Fabrication in Los Angeles | How it Works


Sheet Metal Fabrication In Los Angeles

Look around Los Angeles, and you’ll see sheet metal fabrication has become popular. With modern technology, precision tools, and the right experience, it can be an economical and durable way to get the metal parts, components, and decorative fixtures you need, but is it right for you?

The short answer is, yes, sheet metal fabrication has a place in your plans if you use metal implements, machinery, or are looking for a durable and eye-catching visual element on your property. Some think that custom sheet metal fabrication is out of their price range, while others assume that making use of fabricated sheet metal is difficult. Let’s take a look at the modern sheet metal fabrication in Los Angeles and how it’s created.

What Is Sheet Metal Fabrication?


Sheet metal fabrication processes have changed through the years, so what the term entails has also changed. At its core, sheet metal fabrication is the manipulation of metal sheets, often steel, to makes a specific creation from that sheet. In the past, this process was accomplished by skilled craftsmen using their muscles and simple machines to form the finished product. Modern sheet metal fabrication in Los Angeles is far different.

While some processes or materials may be completed by sheet metal technicians and artisans, with increasing frequency computers and automation are involved. The simple tools of the past have given way to carbide cutting tools, plasma cutters and welders, and precision control instruments. The results are beautiful, and despite how it sounds, it is very easy for a customer to realize their custom metal vision with the help of trained and professional metal fabricators like the team at Metal Supply, Inc.

What Happens During Metal Fabrication?

What kind of techniques can be used to fabricate the metal? While there are many different techniques—and many different variations of those techniques—these are a few of the most popular Los Angeles sheet metal fabrication processes.
Cutting – Whether you need a smaller piece created or a larger piece that requires multiple shapes and joining, cutting is almost always involved in the fabrication process. This cutting can be done by mechanical methods, such as shearing with blades, punches, or cutting bits; or it can be accomplished with high-tech tools like lasers, plasma cutters, and water jets.
Joining – Simply put, this is making two pieces of metal into one. Joining is often done using welds, however, pieces can also be riveted, brazed, or even joined using an adhesive. The method of joining is largely determined by the piece’s intended use.
Bending And Shaping – The metal is bent using forms, rollers, and other bending apparatus. This can be accomplished by an automated machine or using manual bending apparatus to form the shape by hand.
Rough Finishing – Even before the project is done, some finishing may be done to remove metal burrs or rough edges. This can help the joining and improve the precision of other processes by giving a piece clean, straight lines.

What Is The Sheet Metal Fabrication Process?

Let’s take a look at the sheet metal fabrication process we use for our Los Angeles clients. This will help you better understand what goes into making custom metal creations.
Your Vision – It all starts with you and your needs for your project. Whether it is a safety cowl for industrial machinery or decoration to make your house stand out in the neighborhood, you have a need, and we have the tools and experience.
Drafting And Design – An experienced professional architect, engineer, or designer will begin the work of turning your need into a conceptual drawing. This drawing can take the form of blueprints, a simple artist’s concept, or can be rendered on a computer in three dimensions, allowing you to twist turn and manipulate the image.
Production Schematics – Once you approve the design, the process will begin to turn it into a form of instructions used by the shop. Traditionally, this was done by making more detailed blueprints or schematics with detailed measurements, several different views, and precise instructions. Now, these production schematics take the form of a computer file. Once the project is designed in a CAD program, it is coded in such a way that it can be fed directly to a CNC machine for creation.
Fabrication – The metal is formed using the above techniques. Some may be completed by fabricators using manual processes, while others may be completely automated, such as by a CNC machine. Your project, at this point, is coming to life.
Finishing – This entails making the raw fabrication into the final product. Depending on requirements, this can be as simple as deburring or may involve polishing, coating, or other techniques to make the piece ready for display or assembly.

What Are The Benefits Of Sheet Metal Fabrication?

For the cost-conscious Los Angeles business, sheet metal fabrication can be a great way to get a distinctive look, have a custom component produced, or offer a small batch or one-off product to clients. If your business or building uses or could use metal, there’s a place for sheet metal fabrication with you. Sheet metal fabrication gives you the right part for the right money.

How Do I Pick A Sheet Metal Fabrication Partner In Los Angeles?

Finding professional sheet metal fabrication in Los Angeles can be difficult. You need someone who can supply the parts you need at the right price and deliver them on time. That takes experience, a reliable supply chain, and a professional demeanor. That’s where we come in.

For 55 years, our team at Metal Supply, Inc. has been the most trusted sheet metal fabrication company in the greater Los Angeles area. Our work has helped create a skyline famous worldwide. We believe in customer service and bringing your metal concepts to fruition. Contact us today for a quote on your next project.

What Is Carbon Steel And How Is It Made?


One of the most popular materials for metal fabrication is carbon steel. But what is carbon steel, and what makes it such a reliable choice? Thanks to the extensive data available, it is easy to predict how it will behave under real-world conditions. It is this very reliability that is at the core of its versatility. By choosing an established composition, engineers are able to model the metal’s behavior through its expected lifecycle.

In order to make reasonable predictions, the process of manufacturing the metal must be consistent throughout the production process all the way through final fabrication. As one of the most used metals on the planet—in fact, carbon steel is largely responsible for the industrial revolution—the manufacturing process for carbon steel is well established and highly automated. That means good data, and as any engineer will tell you, good data in means good data out.

What Are The Characteristics Of Carbon Steel?

What is often misunderstood about carbon steel is that it is not a singular metal. The term carbon steel actually describes a range of steel with varying levels of carbon and other materials that provide the steel’s crystalline structure with certain properties. The most plentiful ingredient in any steel is Iron. Ratios of carbon, manganese, aluminum, and the like are added to give the steel the best characteristics and properties for its intended use. This range of metals is usually divided into three categories: low carbon steel, medium carbon steel, and high carbon steel.
Low Carbon Steel – This steel is also often referred to as mild steel. Low carbon steel has 0.04 and 0.3 percent carbon and is extremely versatile. It’s easy to weld, cut, and shape, making it the perfect choice for tasks requiring strength and shaping. It has enough carbon to make it hard and durable, but not brittle.
Medium Carbon Steel – Medium carbon steel has from 0.31 to 0.6 percent carbon. This yields a harder steel, more resistant to cutting and welding. This kind of steel is often formed and shaped before being heat treated, tempered, or cryogenically processed to further harden or refine the metal.
High Carbon Steel – Aside from a carbon percentage that can run as high as 1.5 percent, the alloys added to this steel are usually meant to further increase the hardness. Steel of this quality is commonly called “tool steel” and is incredibly hard and brittle. Further heat treatment makes it more so, but the tools made from this metal are durable and unyielding.

What Is The Carbon Steel Making Process?


Humans have been making steel for centuries. Before the industrial age, this was a time and labor intensive process with varied results. Rather than standard recipes, craftsmen of an area often learned their formulas and the process for making steel from a mentor or master crafter. The result was steel with inconstant qualities as you moved from region to region. The patenting of Henry Bessemer’s Bessemer Process in 1856 changed that.

The Bessemer process allowed carbon steel to be mass produced for the first time. By introducing forced air into the molten metal to remove impurities, you could not only make better steel, you could produce it at a much faster rate with less manpower. This process underwent refinement and technological advancement over the years, eventually becoming the Basic Oxygen Steelmaking Process (BOS) that accounts for the majority of steel made to this day.

The BOS process begins with recycled or scrap steel in the BOS furnace. Molten iron is poured over the scrap. This becomes the melt. An oxygen lance is lowered to just over the surface of the liquid metal, and almost pure oxygen is blown through at twice the speed of sound while compounds such as flux and lime are added. This causes impurities in the melt to oxidize, forming a frothy slag on top of the liquid metal. This process will continue for about twenty minutes. While in the furnace, data allows small adjustments to the formula to be made based on temperature and the material’s behavior.

Once complete, the metal is sampled to ensure it meets the needed specifications before being poured into another vessel called a ladle. The ladle will hold the steel while it heats in the ladle furnace and alloys are added to create the final steel composition. Once finished, the metal is poured into various shaping apparatus to create the basic form–sheet, bar, or tube–that is needed. Through this process, the labor requirements have been reduced a thousandfold, which is what has helped make carbon steel one of the most economical metals available.

What Is The Benefit Of Carbon Steel For My Business?

Carbon steel is strong, durable, and has a perfect composition for most jobs. Mild steel is easily worked into any imaginable shape or specification, while steel alloys that are higher in carbon give you the hardness needed for tougher tasks. If you need fabricated metal for your commercial, industrial, or residential project, carbon steel has a blend to suit your needs.

What Is The Best Carbon Steel Supply Business For Me?

When looking for a supplier, it’s important to choose a company who gets top-quality carbon steel. Since consistency is key, you need a partner with a proven track record of reliable materials. The best supplier not only sells metal, but works with it also, ensuring not only that they order the best materials, but that they know the properties of them as well.

For 55 years, Metal Supply, Inc., has been the quality source for carbon steel in the greater Los Angeles area. Our metal fabrication professionals have helped define the city skyline, and they can bring that experience into your next project. Contact us today so we can help you find the perfect carbon steel for your needs.

What Is Metal Fabrication?


In the center of Los Angeles, skyscrapers reach skyward, giving their occupants a stunning view over the city skyline while helping fit more homes and offices into our great metropolis. An empty lot is transformed into a thriving commercial enterprise, the transformation taking mere months before a new, modern steel building welcomes customers. Popular sky bridges make travel easier for workers. Safety rails and cages keep workers safer on job sites. Trained, professional metal fabricators make all this possible with the help of technology, but what is metal fabrication?

The Process of Metal Fabrication

Metal fabrication at its most basic, is the manipulation of metal to create. Technicians take the raw material, often in the form of either metal bars, beams, or plates, and manipulate it to form structures, buildings, or even machines. They do this by cutting, forming, drilling, stretching, welding, and other disciplines to create the needed shapes from parameters provided by designers, engineers, and architects.

Welders, blacksmiths, boilermakers, and machinists are just a few of the disciplines you’ll find shaping industry and commerce by shaping the metal that houses and drives them. While every discipline may not be needed for a project, many projects will require a range of techniques to complete. This has lead to metal fabrication becoming an increasingly specialized field.

What Is Modern Metal Fabrication?

Modern metal fabrication would be largely recognizable to metalworkers in the past, even if the methods and speed of today’s processes would seem foreign. Today, many metal fabrication jobs are completed with the aid of computers and automation. Thanks to technology like CNC machines, an engineer can design the needed material to tight tolerances, encoding the specifications in a computer file. That file is then fed into a machine that manipulates the needed metal to create a finished product.

There is still plenty of work available, however, for skilled technicians to shape metal. Projects that have parameters outside a computer’s ability, either due to size, complexity, or capacity, are completed using welders, lathes, hammers, drills, and any number of other tools. There is no limit to what metal fabrication artisans can create for industrial, commercial, or residential use.

Common Uses of Metal Fabrication

Construction -One of the more common uses of metal fabrication is in the construction of buildings. Metal structures can be almost entirely created off-site, shaped and formed for easy assembly prior to being delivered to a building site. These pre-manufactured buildings offer an economical way to build warehouses and factories in the layout they need with less construction time.Many larger buildings rely on steel beams as a framework. Steel beams are strong and versatile. Modern metal fabrication uses CNC machines to process beams off-site, cutting and drilling them precisely to the architect’s design. This allows for custom constructed buildings that fit together precisely and can be assembled far quicker than if measured and processed on site.

Custom Components -Skilled metal fabricators can create replacement components for machinery, safety cages, bridges, and any other metal part needed. These can be functional projects, such as supports or driveshafts, or decorative features, such as wrought iron fences and precision cut fascia. Metal is a durable, lasting material that technicians can craft to fit a wide range of specifications.Metal fabrication allows for the economical production of one-offs and custom creations. This approach negates the expense of large production runs. Instead, you can work directly with an experienced professional for exactly the piece you need.
Safety On The Job Site -Some of the most rewarding metal fabrication projects are custom safety features that help keep workers safe. Tubing, mesh, and plate can be used to mitigate safety risks in a variety of commercial and industrial enterprises. Whatever the space requirements, a custom solution can be created specific to the task.Safety cages are perfect to give your cash handlers a secure environment to handle receipts or keep hands away from blades and bits. Guard rails help make movement around larger machines safer. Skybridges can be built to allow workers to easily move between upper floors of building or towers without risking their safety. Metal fabrication can help you make sure that every team member goes home safe every day.


Around The House -Despite the myriad of commercial and industrial uses, many people never consider what it is that metal fabrication can do for them at home. By incorporating metal into your DIY projects and “honey-dos” you get better results in less time that last far longer. Thanks to the custom nature of metal fabrication, it’s perfect for home use.Pre-manufactured buildings make great sheds and workshops. Tree houses can be built with more elaborate floor plans while maintaining their structural integrity when supported by fabricated metal poles or beams. Your carport or deck could be constructed to withstand the worst Mother Nature offers, while still adding attractive value to your home. The possibilities are only limited by your imagination.

What Is The Benefit Of Metal Fabrication To Me?

If you operate a business, metal fabrication can help you. The ability to order structures or components and have them professionally manufactured is a big advantage when taking on the competition. It makes sustainable growth easier and cheaper. Forming a solid partnership with a company experienced in metal fabrication is almost essential.

Your Metal Fabrication Experts

If you’re looking for a team of experienced metal suppliers and fabricators, Metal Supply, Inc. is ready to help you. For 55 years, Los Angeles has trusted us to have the mettle for metal. We are proud to have partnered with companies across all industries and fields to create some truly memorable structures. Contact us today to see what we can do for you. 888-611-3525