1～9 item / All 9 items
Enhance the retention power of diamonds, alleviate thermal shock, and prevent oxidation and graphitization.
The titanium coating layer enhances the retention of synthetic diamond abrasives in the bond matrix, alleviates thermal shock, prevents oxidation and graphitization of the diamond abrasives, and extends the product's lifespan.
The coating layer protects the diamond in high-temperature environments, preventing corrosion and graphitization.
Chromium has excellent wettability and affinity, so it forms chromium carbide on the surface of diamond abrasives through sintering. This chromium carbide enhances the retention of diamond abrasives and increases the bonding strength between the abrasives and the bond. Furthermore, the chromium coating improves the strength and corrosion resistance of the diamond abrasives.
Reduce high-temperature corrosion and effectively extend the tool's lifespan.
Generally, the surface of the RGD series is coated with Ni (30wt% or 55wt%) and copper (50wt%). The coating layer reduces high-temperature corrosion through the retention of diamond abrasives, effectively extending the tool's lifespan. Mesh: 50/60-500/600
Reduce thermal shock, prevent oxidation and graphitization, and extend the product's lifespan.
Generally, the surface of the YRD series is coated with Ni (30wt% or 55wt%) and copper (50wt%). This enhances the retention of diamond abrasives in the bond matrix, alleviates thermal shock, prevents oxidation and graphitization, and extends the product's lifespan. Mesh: 30/40-500/600
Suitable for soft bond applications.
It is suitable for soft bond applications. The copper coating layer reduces high-temperature corrosion through the retention of diamond abrasives, effectively extending the tool's lifespan.
Spike-shaped nickel alloy coated products
This is a spiked nickel alloy coated product. The coating layer enhances the holding power of synthetic diamond abrasives in the bond matrix, alleviates thermal shock, and prevents oxidation and graphitization. The spiked nickel alloy on the surface increases the weight of the diamond abrasives, improves sharpness, enhances cutting efficiency, and extends the tool's lifespan.
Good dispersion and difficult to crack.
Features: In response to customer needs, we offer various types of micron coatings. The coating layer enhances the performance of diamonds.
Tungsten coating
Tungsten easily bonds with the bond, so the tungsten layer enhances the bonding strength between the diamond abrasive and the bond. Tungsten and diamond abrasives form tungsten carbide, which is a main component of hard alloys, providing excellent wear resistance and thermal conductivity. In particular, this excellent thermal conductivity quickly transfers the heat generated during work, preventing the carbonization of the diamond abrasives and extending the tool's lifespan. It is applied in the manufacturing of cutting tools for reinforced concrete.
Cobalt Coating DIA/CBN
The cobalt layer enhances the static pressure strength and retention of diamond abrasives. Additionally, the cobalt on the surface increases the temperature at which the diamond abrasives undergo graphitization, expanding the necessary temperature range for the sintering of diamond tools.
