Carbon steel plate

Product details:

Application:

Carbon steel plate has a very wide range of applications in many fields. In the construction industry, it is widely used to build high-rise steel structure frames. Its high strength can ensure that the building is stable and can withstand external forces such as huge weight and wind. In automobile manufacturing, the body frame and some mechanical parts are mostly made of carbon steel plate. With good toughness and plasticity, it can effectively absorb energy to protect passengers in the event of collision, and can be stamped and forged into complex-shaped parts. In the field of industrial machinery, it is used to manufacture beds, bases, etc. of various machine tools. Because of its excellent processing performance, it can be cut and welded into the required size and structure. It is also used in ordinary civilian products such as furniture and electrical enclosures, and the cost advantage makes it more economical in large-scale production.

Product Features:

1. Good mechanical properties

High strength: Carbon steel plates have excellent strength and can withstand greater pressure and tension. Its yield strength can vary according to different grades. For example, the yield strength of ordinary carbon structural steel Q235 is generally around 235MPa. This strength characteristic makes carbon steel plates a reliable supporting material in building structures, machinery manufacturing and other fields. In bridge construction, carbon steel plates can bear the weight of vehicles and pedestrians to ensure the stability of bridges. Toughness and plasticity: It has both certain toughness and plasticity. Toughness enables it to absorb energy when it is impacted or vibrated, reducing the risk of fracture. For example, in automobile manufacturing, carbon steel plates are used to make body frames. When a vehicle collides, carbon steel plates can absorb collision energy by deformation to protect the safety of people in the car. Plasticity allows carbon steel plates to be made into various complex-shaped parts, such as some parts of automobile engines, through stamping, forging and other processing methods.

2. Excellent processing performance

Easy to cut: Carbon steel plates are easy to process by a variety of cutting methods, such as flame cutting, plasma cutting and mechanical cutting. Flame cutting is suitable for thicker carbon steel plates, which can be quickly cut into the required shape; plasma cutting is more precise and suitable for occasions with high cutting accuracy requirements. For example, in a metal processing workshop, workers can flexibly use different cutting methods to process carbon steel plates into specific parts according to the requirements of the drawings. Good welding performance: Carbon steel plates can be well welded with themselves or other metal materials. Commonly used welding methods include manual arc welding, gas shielded welding, etc. The welded carbon steel plate has a strong structure and high weld strength. In building steel structures and machinery manufacturing, multiple carbon steel plates can be spliced ​​into large structural parts by welding, such as the steel structure frame of a large factory and the shell of a large machinery.

3. Obvious cost advantage

The main components of carbon steel plates are iron and carbon, the material source is wide, and the production process is relatively simple, which makes its cost lower than some alloy steels and stainless steels. This cost advantage is very important in cost-sensitive industries such as construction, general machinery manufacturing, and ordinary civilian product manufacturing. For example, in the construction industry, a large number of carbon steel plates are used to make steel beams, steel columns and other structural parts, which can reduce costs while ensuring the quality of the building.

4. Chemical stability is unique

In a dry environment, carbon steel plates have good chemical stability. However, in a humid or corrosive environment, carbon steel plates are prone to rust. However, some protective measures can be taken to improve its corrosion resistance, such as painting, galvanizing, bluing and other surface treatment methods. For example, a layer of zinc protective film is formed on the surface of the carbon steel plate after galvanizing, which can effectively slow down the rusting speed in the outdoor environment and extend the service life.