Are you struggling with the wear of civil engineering excavation tools?

Wear is inevitable with cutting tools, but we enhance both drilling performance and wear resistance simultaneously with a special carbide bit that has a cemented carbide plate bonded to match the convex shape of the tip.

If the tip of the tool has a specific shape, it is considered that the shape itself possesses functionality. However, if the physical properties of the tip do not have sufficient wear resistance against friction with the workpiece, there is a possibility that the original functionality may be compromised due to shape changes caused by wear. Therefore, a bonding design that covers the surface of the tip with a hard material without altering the mechanical properties or shape of the tip is effective. When cutting away the surface of the tool's base material at the tip and replacing it with a hard alloy, joint design that takes bonding strength into account and advanced brazing techniques are required. Our company can accommodate the design and manufacturing of such hard alloy brazing processes. For more details, please refer to the "Processing Technology Special Feature."

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