With a yellow hue, semi-blocky structure, and sharp cutting edges, this material boasts higher purity. Its well-balanced characteristics contribute to both wheel longevity and cutting efficiency, making it particularly well-suited for applications with low cutting forces.

Displaying a yellow-green coloration, having a substantial mass, exhibiting high purity, minimal magnetism, and strong characteristics, this material significantly enhances the lifespan of the grinding wheel.

Derived from monocrystalline diamond, this type operates in a macro fracture mode, featuring a blocky shape with sharp edges, lower internal impurity levels, and a moderate toughness. Classified as an economic type, its attributes contribute to a harmonious balance between efficiency and tool lifespan while also addressing cost considerations.

Derived from single crystal diamond, this material features an irregular shape and thick plate crystals with multiple sharp edge angles, ensuring high purity. With a focus on product service life and grinding efficiency, it finds application in grinding wheels and diamond abrasive belts where heightened grinding efficiency is essential.