● High hardness and wear resistance: Hard alloys have extremely high hardness, far exceeding ordinary steel, which enables cutting tools to resist severe wear during the cutting process, maintain sharp cutting edges, and greatly extend the service life of cutting tools.

● Good thermal stability: able to withstand high temperature cutting environments, maintain its hardness and strength even at high temperatures, not easily deform or soften, ensuring the stability of machining accuracy and tool performance, suitable for high-speed cutting and other working conditions.

● High precision machining: With exquisite manufacturing technology, it can achieve high-precision edge grinding and tool size control, meet the strict requirements of precision machining, and produce workpieces with high dimensional accuracy and good surface quality.

● Wide applicability: Suitable for the processing of various materials, including various metals such as steel, cast iron, stainless steel, and alloy materials, etc., it has a wide range of applications in different processing fields such as mechanical manufacturing, automotive industry, aerospace, etc.

● Excellent cutting performance: It has good cutting force and cutting heat distribution ability, which can effectively reduce cutting force, reduce energy consumption during the machining process, and improve cutting efficiency and machining quality.