In the field of metal processing, carbon steel is widely used in industries such as mechanical manufacturing, construction engineering, and automotive parts due to its excellent strength and toughness.

However, machining processes such as cutting and welding often leave defects such as burrs, sharp angles, and slag on the carbon steel surface, which not only affect aesthetics but may also affect assembly accuracy and service life.

Deburring process

Through efficient deburring technology, burrs on metal surfaces can be quickly and accurately removed, restoring smoothness and providing a good foundation for subsequent processing.

For example, electrochemical deburring technology utilizes the synergistic effect of specific electrolytes and microcurrents to gently and accurately dissolve burrs, ensuring that the carbon steel substrate remains intact.

Chamfering process

Through chamfering technology, sharp angles can be removed, making the edges of metal parts smoother, reducing stress concentration, and improving the strength and durability of the parts.

At the connection points of building steel structures, precise chamfering can ensure that the components are spliced tightly and enhance the overall structural stability.

Slag treatment

Adopting advanced slag treatment technology, a high-temperature preheating device is first used to cleverly soften stubborn slag, and then a mechanical scraper is precisely applied to completely peel off the slag, laying a solid foundation for subsequent processing.

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