Single Crystal Diamond Cutting Tool,Monocrystalline synthetic diamond tools,Natural Diamond Tools
Monocrystalline synthetic diamond tools,Natural Diamond Tools,synthetic diamond grooving tool
Monocrystalline synthetic diamond tools perform extremely well for single point diamond turning of highly abrasive materials such as high silicon content aluminum.
Improved Surface Finish
Longer Tool Life
Rapid Tool Change (with our 55 or 35 degree tool insert system)
Improved Price/Performance
Single Crystal Diamond has an independent crystal, so it has different directivities. As a result, its hardness and abrasion are different. Generally, Single Crystal Diamond has high abrasion resistance, broken resistance, and chemical purity. In addition, Single Crystal Diamond has specialties of heat stability and heat conduction, as a result, in oxygen-free protective gas, they can stay constant even over 1,000°C. Single Crystal Diamond can be used for ultra-precision diamond cutting, so as to achieve mirror effect and get consistency performance.
Single Crystal Diamond is generally classified into two types--- Natural Diamond and Mono-Crystal Diamond. Natural Diamond has higher abrasion resistance and its hardness is the highest among various cutting tool materials. Its hardness is HV8, 000~HV12, 000,which helps to process nano-scale precision and surface roughness. Mono-Crystal Diamond is formed by high pressure. Its hardness is a little lower than that of Natural Diamond.In different ways of tools processing, its processing precision and surface roughness can be similar to the effect of Natural Diamond.
Natural Diamond and Mono-Crystal Diamond can not be used to process ferrous metal because they have affinity for ferrous metal. The applications of Natural Diamond and Mono-Crystal Diamond are non-ferrous materials (aluminum alloys, copper alloys, Gold, Silver,non-electrolytic nickel and plastic ), infrared opticsbrittleness materials (germanium, silicon, and etc.), precious metal, high melting point metal and non-metallic materials.