Carbon steel is widely used in industries such as construction, manufacturing, and transportation due to its excellent strength, wear resistance, and processability.

However, during the cutting, welding, and stamping processes, carbon steel components often encounter problems such as burrs, sharp angles, and residual slag, which not only affect their appearance but may also affect their structural strength and assembly accuracy.

In order to solve these problems, deburring, chamfering, and slag treatment have become the core processes in carbon steel flat processing, effectively promoting the peak leap of carbon steel processing quality.

Deburring process is an important step in carbon steel processing.

After cutting and welding, carbon steel components often produce burrs, which not only affect surface smoothness but may also interfere with subsequent processing and assembly, and even affect performance.

Through efficient deburring technology, burrs can be quickly and accurately removed, making the surface of carbon steel smooth and fine, ensuring the assembly accuracy and appearance quality of parts.

The chamfering process focuses on removing sharp angles from carbon steel components.

During the cutting or welding process, sharp edges of carbon steel may cause stress concentration and increase the risk of cracking or deformation.

Through chamfering technology, these sharp angles can be removed, making the edges more rounded. This not only improves the smoothness of assembly, but also effectively enhances the load-bearing capacity and durability of the components.

Chamfering not only enhances safety, but also reduces scratches or damage caused by sharp edges.

Slag treatment is a key step in the surface treatment of carbon steel components after welding.

During the welding process, slag may adhere to the surface of carbon steel, affecting its strength and appearance.

Through professional slag treatment technology, the slag generated during welding can be effectively removed, restoring the flatness and smoothness of the carbon steel surface, ensuring the quality and stability of the welding area.

The thorough removal of slag not only ensures welding strength, but also enhances the corrosion resistance and durability of the components.

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