8 09, 2024

When a Steel Distributor Does More Than Distribute Steel

2024-10-29T18:19:23+00:00September 8th, 2024|News Blog, NMC Media|

Steel distributor drive the evolution of the American steel industry, a key force behind the nation’s industrial growth and innovation. By the early 20th century, the U.S. led global steel production, fueled by rich iron ore deposits, coal veins, and strategic water routes. As the industry progressed, steel distributors and service centers took on vital roles, ensuring a steady supply of high-quality products.

Whether you are an OEM looking for steel and aluminum solutions or a stakeholder in the metal industry, this blog will enhance your understanding and showcase the multifaceted capabilities of leading steel service providers.

Steel Distributor: The Foundation of the Supply Chain

As essential pillars of North America’s industrial landscape, steel distributors drive growth and sustainability. By linking steel mills with end-users, they ensure a steady flow of steel products, which in turn fuels industrial development and strengthens economic progress.

These distributors serve a diverse array of industries, including construction, automotive, agriculture, and manufacturing. Their products are vital for structural engineering, machinery production, and infrastructure development, making them indispensable to the success of these sectors.

The Benefits of a North American Steel Distributor

Efficient supply chain management

By streamlining the flow of steel products to diverse industries, steel distributors enhance supply chain efficiency. They act as a crucial link between steel mills and end-users, making the supply chain more responsive and effective.

Wide range of products

A steel distributor provides a broad selection of steel products designed to meet the specific needs of various industries. This variety helps businesses find the exact materials required for their applications, boosting efficiency and ensuring they have the right steel for every job.

Local accessibility

Strategically located steel distributors across various regions make it easier for businesses to access steel materials promptly. This local presence helps reduce transportation costs and delays, ensuring timely delivery.

Quality assurance

Reputable steel distributors uphold rigorous quality control standards, ensuring the steel they supply meets the required specifications. This quality assurance is critical for industries that demand high-quality steel for their operations, guaranteeing reliability and performance.

While steel distributors are foundational to the supply chain, steel service centers elevate the process by offering critical value-added services.

Beyond Distribution: The Steel Service Center Advantage A steel service center is a critical intermediary between producers, distributors, and end consumers. These centers offer enhanced steel services such as steel cutting, slitting, and shaping steel products according to precise customer specifications, essential in steel supply chain management.

By providing tailored solutions, steel service centers ensure businesses receive the materials needed for their projects, optimizing efficiency and minimizing waste. They strongly emphasize precision and customization, utilizing advanced machinery and techniques to perform coil parting, slitting, and cut-to-length operations. This capability allows for customizing steel sizes and shapes catering to diverse project requirements.

The benefits of utilizing a steel service center are significant:

8 08, 2024

The Role of the Steel Service Center for OEMs

2024-08-21T19:50:57+00:00August 8th, 2024|News Blog|

 

For companies that make original equipment (OEMs), finding the best materials is more than just important — it gives them an edge over others. Steel service centers for OEMs, like National Material Company (NMC), are essential. They ensure OEMs get the best steel that fits their needs, helping them work better, make more profit, and improve operations.

Steel service centers like NMC bridge the gap between steel mills and OEMs, offering precision cutting, slitting, and processing. This partnership allows OEMs to focus on core activities while trusting service centers for consistent, ready-to-use materials. This blog explores the role of a steel service center for OEMs, highlighting how NMC streamlines operations, improves product quality, and reduces costs.

 

What Does it Mean to Be an Original Equipment Manufacturer (OEM)?

 

An original equipment manufacturer (OEM) produces parts or components that another company incorporates into its products, which are then sold under that company’s brand. OEMs are common in industries such as automotive and computing.

For example, a branded laptop might source processors or memory modules from an OEM. OEMs typically produce parts for value-added resellers (VARs), focusing on manufacturing rather than the final product design.

Historically, OEMs have sold primarily to other businesses rather than directly to consumers. However, some OEMs now also sell parts directly for consumer repairs.

 

What are Alternatives to OEM Parts?

 

Ensuring a steady supply of cost-effective spare parts is critical for any manufacturing operation. Managing spare parts inventory represents a significant and inevitable cost for companies utilizing industrial machinery.

While OEMs might be the go-to for all necessary spares and components, the market offers other alternatives such as OE, ODM, and aftermarket parts.

 

OE Components:

 

Produced by a different company but meet the same factory standards as OEM parts. 

ODM (Original Design Manufacturer):

An original design manufacturer (ODM) is distinct from an OEM. ODMs create products based on a client’s specifications, which the client then sells under their brand. ODMs have less design leeway than OEMs because they work within client-provided specifications. However, this model benefits from reduced R&D costs, lowering consumer prices.

Aftermarket:

While OEMs produce original equipment, aftermarket manufacturers create products compatible with OEM parts. In essence, aftermarket parts are non-original replacements made by companies — either local or international — without the authorization of the original manufacturers. These parts are often less expensive but may not guarantee the same level of performance as OEM products.

 

What are the Advantages of Purchasing OEM Products?

 

Superior quality: OEM products, crafted by the original creators, offer unmatched quality compared to alternatives. The premium price reflects their superior construction.

Longevity: Built to last, OEM products, such as spare tires, ensure the material’s quality and durability.

Extended service life: OEM components generally have a longer service life […]

8 07, 2024

Why Use Steel in Agricultural Heavy Machinery

2024-08-20T23:10:07+00:00July 8th, 2024|News Blog, NMC Media|

The advent of metalworking marked a significant transformation. It introduced tools that revolutionized farming practices. Agricultural heavy machinery, such as iron plows, effortlessly cut through tough soil, enhancing productivity and enabling the establishment of stable communities. This revolution in steel in agricultural heavy machinery laid the groundwork for technological advancements that eventually led to the creation of skyscrapers and smartphones.

In contemporary agriculture, while tractors and combines might seem vastly different from early iron plows, they share a fundamental element: steel. However, today’s agriculture depends on specialized steels designed to endure harsh conditions, optimize efficiency, and reduce costs.

This is where National Material Company (NMC) comes in, providing high-quality steel to support these advancements and ensure the durability and efficiency of modern agricultural machinery.

Steel: The Backbone of Modern Farming

With its unmatched strength and versatility, steel has become the backbone of modern agricultural heavy machinery. Unlike its wooden or iron predecessors, steel in agricultural heavy machinery can handle the most challenging jobs – withstanding heavy loads, resisting impacts, and enduring constant vibrations season after season. This translates to reliable performance, fewer breakdowns, and maximized productivity for your farm.

Beyond Strength: Unveiling Steel’s Advantages

Steel provides more than mere strength. Its versatility facilitates the production of precise components. Significantly enhancing the efficiency of agricultural machinery. This includes everything from intricate gears in a tractor transmission to the cutting blades of a harvester.

Moreover, steel’s adaptability is a remarkable advantage. With techniques like welding and forming, manufacturers can create innovative designs with features that make your life easier. Examples include foldable components for easier transport and modular systems that can be adjusted to meet diverse field requirements.

Steel’s Resilience: Standing Up to the Elements

It is evident that agricultural equipment must endure inclement conditions. Constant exposure to moisture, harsh chemicals, and fluctuating weather poses significant challenges. This is where the corrosion resistance of steel becomes crucial. When combined with protective coatings such as galvanized or hot-dipped galvanized steel, it effectively resists rust and oxidation. This not only prolongs the lifespan of the equipment but also results in substantial savings on repair costs.

Steel and Sustainability: Partners for a Greener Future

The importance of sustainability in agriculture is growing, and steel contributes to addressing this concern. Modern high-strength steel alloys are lighter and more fuel-efficient than older materials, meaning your equipment burns less fuel and reduces emissions. Plus, steel is 100% recyclable. The steel from your equipment can be recycled at the end of its life to produce new products, reducing environmental impact.

Next, let’s explore the different types of steel in agricultural equipment, […]

8 06, 2024

Solar Tracker Industry Components that Need Steel or Aluminum

2024-07-10T17:09:30+00:00June 8th, 2024|News Blog, NMC Media|

Your solar farm is now operational, with gleaming rows of panels basking in sunlight. But are you maximizing your investment? The secret lies in the robust solar tracking industry components that keep your solar trackers moving smoothly and efficiently while withstanding the constant battle — relentless sun, harsh weather, and the pressure to maximize your energy output.

 

But which material should you choose? Steel or aluminum? Each offers unique advantages, and the wrong choice can impact your tracker’s performance and lifespan. Selecting the appropriate material can seem like a daunting task. As a leader in steel processing and supply-chain management, National Material Company will help you choose the best material for specific components, ensuring your trackers operate flawlessly for years and your solar farm achieves peak performance.

What are Solar Trackers and Why Do We Need Them?

Envision a world where your solar panels could constantly face the sun, soaking up every last ray of energy. That’s the power of solar trackers – these innovative systems are like tiny robotic assistants for your solar facility, constantly adjusting the angle of your panels to maximize sunlight exposure throughout the day.

Image Attribution: https://www.freepik.com/free-photo/robot-with-solar-panel_918549.htm#fromView=search&page=1&position=27&uuid=34d4ca3f-8b9e-4ee3-bb2b-0f48a4133939

But why is this constant adjustment so crucial? The more directly sunlight hits a surface, the more heat it absorbs. So, the angle of sunlight directly impacts how much power your panels generate. A panel facing the sun head-on captures the most energy, while tilted panels see a decrease in output.

 

Solar trackers ensure your panels are always basking in the most optimal light by constantly tracking the sun’s movement across the sky, east to west. Research indicates this can substantially increase power generation, with up to 30-40% more energy produced than stationary panels. This translates to a more productive solar farm and a bigger return on your investment.

How Does Steel for Solar Tracker Manufacturing Help Us?

  1. Champion against corrosion. Unlike some materials that succumb to rust and leave unsightly stains, galvanized steel stays strong and keeps your installation looking sharp. The zinc coating acts like a shield, preventing rust and ensuring your investment thrives for years to come.
  2. Durability against harsh conditions. Solar panels often face harsh conditions, from scorching sun to fierce weather. The zinc coating in galvanized steel is like a protector’s UV shield, standing strong against the sun’s harmful rays. This resilience makes it perfect for withstanding the elements, whether your solar farm basks in a desert or endures hurricane-force winds.
  3. Great conductor of heat. This might sound surprising, but it’s a hidden benefit of solar power. By allowing heat to flow freely through the solar panel mounting […]
8 05, 2024

When to Use Pre-Galvanized Steel: A Comparative

2024-07-10T14:51:56+00:00May 8th, 2024|News Blog, NMC Media|

Choosing the right steel product is imperative, and considerations such as “galvanized steel,” “pre-galvanized,” and “hot-dipped galvanized” are part of the decision-making process.

This guide is intended to break down the key differences between pre-gal and other galvanized options, including hot dipping, electrogalvanizing, and galvannealing. Our goal is to extend our expertise – sharing benefits, uses, and when it’s better than other galvanized metals.

Pre-Galvanized Steel: What You Need to Know

What gives a steel sheet a shiny, almost silvery finish? The power of galvanization. It’s a process where steel gets a zinc coating which protects the steel from its biggest enemy—rust. But in the world of galvanized steel, there are different types.

Inside the steel processing plant, steel is zinc-plated early on before it’s cut. This “in-line galvanizing” process creates an even zinc layer, making pre-galv a great choice for applications that expose most of the surface.

Here’s how pre-gal stacks up against its familiar competitors:

Hot-Dipped Galvanized — This tough competitor gets dipped in molten zinc. This results in a thicker coating, which is ideal for harsh places. But, if we expose cut edges, we must make the process more suitable for complex shapes.

Electrogalvanized — This uses electricity to create a thin, super-uniform zinc layer. It is great for small parts and tight spaces, but it might not hold up well in areas with a lot of wear and tear.

When Does Pre-Galvanized Steel Shine Brightest?

Manufacturers use pre-galv steel in many applications. They use it for its mix of low cost, good rust resistance, and formability. Here are some of the most common uses:

Construction

Roofing and other building applications. Manufacturers use it to make roofing sheets, gutters, flashing, and downpipes. It offers a lightweight, durable, and weather-resistant solution for roofs.

Furniture

Pre-galvanized steel is a great material for constructing furniture due to its high-quality 3D designs, accurate steel designs, and affordability. It may also utilize nano-environmental technology, which provides additional benefits. This material is commonly used for making outdoor furniture, such as lounge sets and benches, due to its excellent resistance to rust and corrosion, making it ideal for outdoor usage.

Appliance Parts

Many appliance components such as washing machine tubs, dryer parts, and refrigerator components can all use pre-galvanized steel. Manufacturers choose it for its rust resistance and formability.

Automotive Parts

Pre-galvanized steel is also used in vehicle manufacturing. Manufacturers can make fender panels and other parts from it, which fights rust on parts exposed to the elements.

Galvanizing vs. Galvannealing

Now that we’ve explored the major points of pre-galvanized steel, you might be curious about other ways to add a zinc shield to steel. Let’s take a look into the world of galvanizing…

Think of galvannealing as a two-part origin story for steel. First, it goes through the familiar galvanizing process — a zinc bath dip to create a protective […]

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