Hot Rolled Low Carbon Steel Coil
Hot rolled low carbon steel coil is manufactured from semi-finished products that are reduced to certain thicknesses and then annealed and wound into a roll. This process produces more affordable and stronger steel than cold-rolled steel.
Narrow dimensional tolerance limits, good weldability and high strength and toughness are important requirements of hot-rolled low carbon steel coil. It must also have resistance to corrosive media.
A-36
A-36 is a low-carbon, structural steel used in various applications. It has excellent welding properties and is easily machinable. It is also paramagnetic, meaning it is opaque to electromagnetism. A-36 is commonly used for riveted or bolted construction of bridges and buildings, and can be welded with most common methods. It is often joined with high-strength bolts instead of structural steel rivets, as the higher-strength bolts provide equal or better performance.
A36 is readily welded by all welding processes, including shielded metal arc welding (SMAW), gas metal arc welding (GMAW), and oxyacetylene welding. It can also be cold drawn, which creates a stronger and harder product with an improved finish. Cold-drawn A36 is used to make products like bars, tubes, and spindles.
A-36 is very similar to 1018, but there are slight differences in their chemical compositions and mechanical properties. For instance, 1018 has a lower carbon content than A-36, and it is more easily machinable than A-36. This makes it more suitable for use in rotating parts such as shafts, spindles and rods. Kloeckner keeps both A-36 and 1018 in stock at our more than 40 North American locations.
A-500
Steel is available in a vast array of grades and it can be hard to choose the right one for your particular project. If you’re looking for metal tubing that’s strong in tensile strength and shear strength, tough, durable and ductile, then you may want to consider carbon steels. They are also affordable for larger projects and can be molded into a variety of shapes.
If you’re in the market for high-quality carbon steel tubing, then you should consider working Hot rolled low carbon steel coil with a supplier that can provide you with accurate delivery and forming services. They can also offer services such as slitting, shearing, blanking, stretcher leveling and degreasing and brushing. These processes protect against inorganic contaminants, rust and scale and can also help improve their dimensional tolerances.
The difference between AISI C1010 and C1018 is that the former has a lower carbon content of 0.08% to 0.13% while the latter contains 0.14% to 0.20%. Both grades are extremely weldable and machinable, making them ideal for structural applications that require easy forming. They can also be used in furniture and automotive industry components, drum creation and several other metal fabrication areas.
1010
The low carbon content in 1010 steel makes this a versatile material. It is easy to form and weld, and it can be heat treated without losing its ductility. This makes it a good choice for general construction and manufacturing.
It also has an extremely high level of toughness and strength for its weight. It can withstand extreme pressure, making it ideal for use in oil and gas pipelines, industrial facility support structures, bridges and trestles, and other infrastructure components.
This grade has a relatively low carbon content of between 0.08% and 0.13%, which makes it machinable and weldable. It also has an improved forming and welding process compared to lower carbon steels, as well as being resistant to negative temperature changes.
Commercial hot rolled steel is an economical choice for non-surface critical applications where structural integrity and strength are important but tolerances and precise shapes are not. This material has a chemistry similar to A36, but differs in its ability to withstand mild forming and bending. It is available in four different options with distinct chemistries that are tailored for specific uses.
1018
1018 is a common low carbon steel grade. It has good case hardening qualities, thanks to a small percentage of manganese. This steel can be machined and welded with ease, and it is suitable for cold-forming techniques like bending and crimping. It can also be carburized or carbonitrided to increase its hardness and wear resistance.
Its high machinability and versatility make it an excellent choice for furniture manufacturing, food production equipment, and more. This type of hot rolled steel also has impressive corrosion resistance, which is useful for machinery parts that are likely to come into contact with liquids and food products.
This steel is also suitable for use in pipelines, industrial facility supports, bridges and trestles, and offshore platform elements. It can be normalized to refine its grain structure and relieve internal stresses, but it can also be flame-hardened without the need for quenching and tempering. It is not suitable for making knives, as its ductility prevents edge retention and its low yield strength may lead to failure by deformation. However, it is often used as practice material for new metalsmiths.
1026
ANSON’s carbon coil steel features only small amounts of other elements like silicon, manganese, sulfur and phosphorus. The low-carbon content allows it to be roll formed and carbon steel plate wholesale used in second grade applications that don’t require exceptional surface quality.
This steel has a high yield strength and tensile strength, which makes it ideal for structural applications. It is easy to weld and machine, and has good corrosion resistance. It’s also suitable for cold forming and welding.
While AISI-designated 1026 steel isn’t as low-carbon as ASTM A-36, its chemical and mechanical properties are similar. This type of steel is commonly found in furniture, automotive components, and structures.
Another common use of 1026 is in DOM tubing, which is created by drawing a solid tube over a mandrel. DOM tubing is renowned for its high tensile and yield strengths, as well as its consistent performance and precise tolerances. It’s a great choice for automotive and racing applications, as well as machinery and equipment components. It’s also highly machinable, which saves time and money in the manufacturing process.