High Carbon Steel Sheet
High-carbon steel plate is commonly known as carbon tool steel. Its carbon content is often 0.6-2.11%, and its manganese content is 0.3-0.9%. It can be quenched and tempered. In contrast, high carbon steel offers the greatest strength and hardness but the least ductility. This means that high-carbon steel plates are difficult to weld, cut, bend, etc. Therefore, it is mainly used in the manufacture of smaller parts, iron wire, hoops, cutting tools, high-strength wire and springs, etc.
High-carbon steel plate is commonly known as carbon tool steel. Its carbon content is often 0.6-2.11%, and its manganese content is 0.3-0.9%. It can be quenched and tempered. In contrast, high carbon steel offers the greatest strength and hardness but the least ductility. This means that high-carbon steel plates are difficult to weld, cut, bend, etc. Therefore, it is mainly used in the manufacture of smaller parts, iron wire, hoops, cutting tools, high-strength wire and springs, etc.
Product Description
| Product | High Carbon Steel Sheet |
| Standard | JIS, AISI, ASTM, DIN, BS, EN, GB |
| Grade | Q345B, Q345C, Q345D, Q345E, Q390, Q390B, Q390C, Q390D, Q390E, Q420, Q420B, Q420C, Q420D, Q420E, Q460, Q460D, Q500C, Q500D, Q500E, Q550C, Q550D, Q550E, Q620C, Q620D, Q620E, Q690A, Q690B, Q690C, Q690D, Q690E, Q690D, Q690C, Q890C, Q890D, 16Mo3, 16MnL, 16MnR, 16Mng, 16MnDR, HG785D, S690QL, 50MN |
| Thickness | 0.12mm – 60mm |
| Width | 100 – 2200mm |
| Length | 1 – 12m |
| Surface Treatment | Clean, blasting and painting |
| Applications | Small tools, small components, iron wire, siderosphere, pull rod, ferrule, weld assembly, structural metal, connecting rod, lifting hook, bolt, nut, spindle, mandrel, axle, chain wheel, gear, car coupler |
| Export Packing | Waterproof paper and steel strip packed. Standard Export Seaworthy Package. Suit for all kinds of transport, or as required |
| MOQ | 1 Ton |
Hot-rolled carbon steel is the easiest and cheapest to find. It is fairly malleable and can be easily shaped with hand tools. However, its size and surface quality are inferior to those of cold-rolled carbon steel plates. As the name suggests, it is usually manufactured in a hot rolling process. Here’s how it’s made:
Raw steel – pickling – heating – hot rolling (until desired thickness) – cooling – cutting to size – inspection – testing – packaging.
It is very strong and has good shape memory, making it ideal for springs and wire.
Compared with low-carbon and medium-carbon steel plates, high-carbon steel has the greatest strength and hardness. However, high-carbon steel is less ductile than mild steel, which means it is more difficult to machine or shape.
Like medium carbon steels, high carbon steels can also be heat treated to further increase hardness and wear resistance for applications where the steel is exposed to particularly high stresses.
The high carbon content of high-carbon plate grades gives them great strength, hardness, and wear resistance, which are properties ideal for applications where steel must often withstand extreme wear without breaking, such as cutting and chisel tools.
Application
Agricultural Modernization
Construction Engineering
Environmental Protection Engineering
Food Processing Industry
Intelligent Home Appliances
Medical and Health Field
New Energy Infrastructure
