Industrial use of diamonds has historically been associated with their hardness; this property makes diamond the ideal material for cutting and grinding tools. As the hardest known naturally occurring material, diamond can be used to polish, cut, or wear away any material, including other diamonds.
OFTech Abrasives provide you below diamond powders for your applications:
Monocrystalline DiamondNano-diamond Powder
Nano-diamond Powder
OFTech Nano-diamond is made from the detonation of high power explosives under minus balance of oxygen. The detonation brings out a proper diamond-growing condition with high temperature, super high pressure and isolated carbon atoms. Nanodiamond is different from normal synthetic diamond. It is round without any edges and corners and its crystal size is about 3-15nm. (Read More…)
MB diamond powder
OFTech’s metal bond diamond powder is the powder with high concentrate particles, accurate size and irregular shape; use it for high performance metal bond tools to ensure excellent abrasive action and tight particle size distribution.
l Concentrate particles with accurate size and irregular shape to ensure excellent abrasive action and tight particle size distribution
l Blocky and etched surface
l Stringent oversize control
l Surfaces cleaned to extremely low levels of elemental impurities and ionic content
l Specific feed crystal source and monitoring
l Majority of sizes are from or proprietary Mesh-to-Micron process
The above characteristics make it to be perfect product for high pressure/high temperature, semiconductor and microelectronics applications. It is also used in wheel fabrication and high precision lapping and polishing applications.
RB diamond powder
OFTech’s Resin bond diamond particles with irregular shape to ensure the sharpness of the resin bond tools, it’s improve the retention of diamond concentrated, the accurate size avoid the scratches during precise grinding or polishing. It is suitable for stone processing, resin bond diamond tools for glass, ceramic and other supper fine polishing industries. This material is ideal for all vitrified, phenol and polyimide bond systems
Polycrystalline Diamond
OA-DP
DP diamond is formed by explosion synthesis, leading to a polycrystalline particle structure. Each diamond particle consists of countless microcrystallites, about 20 nanometers in size. Polycrystalline diamond features no cleavage planes, which makes the particles tougher, compared to monocrystalline particles.
OA-FG
FG diamond is a polycrystalline diamond, formed by explosion synthesis. Each diamond particle consists of countless microcrystallites, about 20 nanometers in size. Polycrystalline diamond features no cleavage planes, which makes the particles tougher, compared to monocrystalline particles.