Carbon Steel Plate

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Carbon Steel Plate

Carbon Steel Plate comes in a number of grades. There’s low carbon (mild) steel, medium carbon steel and high carbon steel.

In the manufacturing industry, carbon steel plates are used to create resilient parts like screws, bolts and gears. These durable components allow machines to last longer, reducing the need for replacements.


Carbon steel plate is available in a range of grades and thicknesses. It’s used in a variety of industrial applications because it has excellent strength and durability. Carbon steel plates can also be heat treated to improve their hardness and strength.

This material is a type of alloy comprised of iron and carbon, with other elements like nickel, vanadium, titanium, chromium, and molybdenum added in small percentages to enhance its properties. It’s extremely versatile and can be used for a wide range of applications, from structural building frames to wires, automotive components, tools, machinery, rail tracks, and more.

The different grades of carbon steel plate are categorized by their carbon content levels. The lower the carbon content, the softer and more plastic the metal is. The higher the carbon content, the harder and more durable it is. Low carbon steel plate is often referred to as mild steel, while high carbon steel is known as tool or abrasion resistant steel. These grades are typically used in mining equipment and construction projects, but they can be found in a wide variety of other applications as well.


Carbon steel is incredibly durable and is often used in construction Carbon Steel Plate projects. It can withstand extreme forces, making it an ideal choice for building bridges and I-beams. It’s also very resistant to natural disasters, like earthquakes and tornadoes.

Low, medium and high carbon varieties are available. Low carbon steel has the lowest cost, while high carbon options have more durability and strength. These types of steel plate can be hardened and tempered to improve their corrosion resistance, toughness and ductility.

Copper-bearing carbon steel plates have two to four times more corrosion resistance than carbon steel without copper. This grade is ideal for welded bridges that require light weight and durability, as well as general plate applications.

Leeco stocks a large inventory of mild, medium and high carbon plate grades in various sizes and thicknesses. Our team is dedicated to providing superior service, and we work with top mills in the country to guarantee the quality of our product. We have 11 strategically-located distribution centers and are ISO 9001-certified to ensure that our products meet your specifications. Contact us today to find out more about our services or to purchase your carbon steel plate.


Despite its reputation as a strong and durable material, carbon steel plate is not immune to problems such Carbon Coil/Sheet as brittleness and corrosion. However, understanding these nuances and how to deal with them can make all the difference in the success of your project.

All types of steel are made up of iron and carbon, but modern metals also contain other elements like manganese, silicon, chromium, molybdenum, nickel, vanadium, and copper to improve their strength, durability, ductility, wear resistance and machinability. These alloying elements are represented by a chemical equation called the carbon equivalency formula and can significantly influence the weldability of your metal.

The most important factor influencing the weldability of carbon steel is its composition and the type of welding process used. For instance, a low carbon steel can be welded with a simple metal inert gas (MIG) technique, while a high-carbon steel requires a more complex technique. In addition, preheating the carbon steel before welding promotes slow cooling and helps remove moisture and hydrogen to reduce the risk of cold cracking in the weld area.


Carbon steel plates can be recycled and reused without any loss in strength or durability. This makes them an eco-friendly choice for construction projects, manufacturing gear and equipment, storage tanks and automotive parts. This also helps reduce the amount of energy needed to make new steel plates.

In addition, low carbon steel plate production produces fewer greenhouse gas emissions than traditional steel, further decreasing its environmental impact. It is also easier to process and weld than other types of metals.

Additionally, carbon steel plates can be used in the manufacture of infrastructure related to renewable energy sources like wind turbines and solar panels. These plates are required for the construction of support structures and platforms for these technologies, as well as their mounting systems. Additionally, they are often used to create building components such as frames and beams.


Carbon steel plates are used across a wide range of industries, thanks to their exceptional strength and durability. They are particularly well-suited for use in the construction of pipes and other tubing that is used to transport fluids, gasses, and other materials safely. Their resistance to high-pressure conditions also makes them ideal for manufacturing storage tanks that are water-resistant and airtight.

In industrial manufacturing, carbon steel plate is often used to make machinery components like gears and shafts. Its durability and strength mean that it can withstand the heavy loads and frequent operation that is typical of these applications.

Carbon steel plates are also frequently used to manufacture tools, such as hammers, wrenches, chisels and cutting machinery. Their hardness and wear resistance means that they can withstand the repeated use required to maintain the sharpness of these tools, ensuring efficiency and effectiveness over time.

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