Application:

In the field of construction:

Carbon steel plates are not only used to make frames, support components, and roof panels for steel structures, but also for details such as stairs and handrails.

Machinery manufacturing industry:

The application of carbon steel plate is more extensive and critical. In addition to the fuselage of machine tools, various parts, as well as the frame and chassis in automobile manufacturing, as well as the harvester frame and tractor shell in agricultural machinery.

In terms of shipbuilding:

Carbon steel plates are used not only to build hull structures and bulkheads, but also to make shells and supports for marine equipment. For example, the engine bases of large freighters require high-strength carbon steel plates to withstand huge vibrations and power output.

Home appliance manufacturing:

In addition to the shells of refrigerators, air conditioners, etc., some microwave ovens and ovens also use carbon steel plates to ensure stability and safety in high-temperature environments.

Military industry:

Tanks, armored vehicles, and certain components of weapons and equipment also use carbon steel plates because of their good protective and mechanical properties.

Form:

Physical and chemical properties of carbon steel plates：

Physical properties:

1. Density:

Usually around 85g/cm3, which makes the carbon steel plate have a certain weight and texture.

2. Strength:

It has a high strength and can withstand a large external force. Its strength will increase with the increase of carbon content.

3. Hardness:

The hardness value varies depending on the carbon content and heat treatment method. Generally speaking, the higher the carbon content, the greater the hardness.

4. Ductility:

It has ductility to a certain extent and can change the shape by processing and stamping, etc.

5. Thermal Conductivity:

Good thermal conductivity and can quickly transfer heat.

6. Conductivity:

It has a certain conductivity and can be used in some occasions where conductivity is required.

Chemical properties:

1. Corrosion resistance:

It has a certain degree of corrosion resistance in general environment.

2. Oxidation reaction:

It is easy to oxidize with oxygen at high temperature to form an oxide layer.

3. Chemical reaction activity:

It is relatively low, and reacts slowly with most acids and bases at room temperature, but chemical reactions will occur under specific conditions.

4. Alloying:

Its chemical properties can be changed by adding other alloying elements to meet different application needs.