This Ni coating bonds the diamond better to the resin bonds and then protects the diamond from heat in application. The coating thickness is 56% by weight.
This Ni coating bonds the diamond better to the resin bonds and then protects the diamond from heat in application. The coating thickness is 56% by weight.
Low strength and irregular shape and excellent grinding performance with continuous projecting cutting edges, good fragmentation and superior cutting with low power consumption. It can be applied to Resin, Vitrified bond wheel generally and has good quality stability. 3/10 Thoughness Index (Ti) 2/10 Thermal Thoughness Index (TTi) 1/10 Particle Crystallinity 1/10 Particle Compression Fracture
Extremely high strength and thermal stability. Blocky & uniform cubo-octahedral shaped crystals with excellent compression fracture strength. Suitable for applications where heavy loads are on the diamond 10/10 Thoughness Index (Ti) 9/10 Thermal Thoughness Index (TTi) 10/10 Particle Crystallinity 10/10 Particle Compression Fracture
Very high strength and thermal stability. Block & uniform cubo-octahedral shaped crystals with very high compression fracture strength. Can give the optimal tool life and grinding quality. For demanding high preformance with hard material and the machining of technical ceramics. 9/10 Thoughness Index (Ti) 7/10 Thermal Thoughness Index (TTi) 9/10 Particle Crystallinity 7/10 Particle Compression Fracture
Medium strength and thermal stability. Blocky & uniform cubo-octahedral shaped crystals with medium compression fracture strength. Offers high grinding eddiciency and keeps the maximum tool life with the high quality of surface finish. 8/10 Thoughness Index (Ti) 5/10 Thermal Thoughness Index (TTi) 6/10 Particle Crystallinity 5/10 Particle Compression Fracture
Medium to low strength and thermal stability. Some blocky & uniform cubo-octahedral shaped crystals with medium compression fracture strength. Offers best surface strength due to cutting edge generation. 6/10 Thoughness Index (Ti) 3/10 Thermal Thoughness Index (TTi) 4/10 Particle Crystallinity 3/10 Particle Compression Fracture