Stainless steel, as a metal material with excellent corrosion resistance, strength, and aesthetics, is widely used in high-end manufacturing, construction, aviation, and other fields.

However, during the processing of stainless steel, especially after cutting and welding, problems such as burrs, sharp angles, and rough surfaces often occur. These defects not only affect the appearance, but may also affect the functionality and assembly accuracy of stainless steel components.

To address these issues, deburring, chamfering, and wire drawing processes have become the flagship guarantees in stainless steel flat processing, effectively improving processing efficiency and product quality.

Deburring is the primary process in stainless steel processing.

After cutting, stamping, and welding, burrs often appear on the edges of stainless steel. These excess metal protrusions not only affect the smoothness of the surface, but may also interfere with subsequent assembly and processing.

Efficient deburring technology can quickly remove these burrs, restoring the smoothness and precision of the stainless steel surface, avoiding problems during the processing, and improving the accuracy and quality of the product.

Chamfering process is an important step in dealing with sharp angles of stainless steel components.

Sharp angles not only affect the assembly accuracy of stainless steel components, but may also become weak links for stress concentration, which can easily lead to component rupture or deformation.

By chamfering, the sharp corners of stainless steel components can be removed, making their edges more rounded, reducing stress concentration, and improving the load-bearing capacity and durability of the components.

Chamfering not only enhances safety, but also makes stainless steel components easier to assemble, avoiding assembly problems caused by sharp angles.

The wire drawing process is the finishing touch in the surface treatment of stainless steel.

The wire drawing process finely grinds the surface of stainless steel to give it a uniform wire drawing texture, which not only makes the stainless steel surface more beautiful and wear-resistant, but also effectively improves its corrosion resistance and scratch resistance.

The brushed surface can hide small scratches and give stainless steel a higher texture, widely used in high-end products that require appearance and functionality.

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