Micron-grade cutting edges with high friability contribute to superior surface finishing, while the rough crystal surface enhances bond retention. The micron-fracture mode and outstanding self-sharpening ability result in a high free cutting rate and a cooling effect during cutting.

With its irregular shape, high friability, numerous sharp cutting edges, minimal internal impurities, low magnetic properties, and excellent self-sharpening capability, this material achieves a harmonious balance between grinding performance and tool lifespan. It is particularly well-suited for precision grinding of very hard tungsten carbide materials.

Featuring an irregular shape, high friability, and exceptional self-sharpening ability, this material offers superior cost performance, making it an ideal choice for those prioritizing cost considerations.

Polycrystalline diamond, operating in a micro-fracture mode, possesses an irregular shape with multiple micron-grade sharp cutting edges and a commendable self-sharpening capability. These unique characteristics enable the continuous generation of sharp grinding edges, resulting in efficient performance and enhanced suitability for dry grinding applications.