|
| Product Brief |
| Runbao offers a variety of high -tech coatings for diamond and CBN powder to enhance diamond and CBN performance. We can coat nickel Ni, Copper Cu and Titanium Ti) . The coating greatly improves the crstal rentention and extracts heat from the interface, provides wonderful superior surface finishes. We also can provide coated Nickel and Copper products for diamond and CBN micron powder. |
|
|
| Product Purpose |
|
|
|
|
Vitrified Bonds |
Metal Bonds |
Resin Bonds |
Electroplated |
|
|
 RBV-XN |
|
Nickel based coating
Coating level at 56%
Widely used in phenolic bonds , mainly fro wet grinding of ceramics, tungsten carbides, because of its slight higher toughness than RBV-GN, it has a slight lower removal rates than RBV-GN, but a lower price than RBV-GN.
RBV-XCu is the coated copper 50% of RBV-X. |
 |
|
|
| VRM N & VSM N |
|
Nickel based coating
Coating level at 56%
VRM N is the coated nickel product of VRM .VSM N is the coated nickel product of VSM.
Widely used in polishing glass, tungsten carbide and ceramic for enhancing the retention of the diamonds. Improves grinding wheel life and bring good surface finish. Besides coating nickel 56%, we also provide coating nickel 30%. |
 |
|
|
| CBN-190N |
|
Coating level at 60%
It is nickel coated product of CBN-190.
For resin bond system application is designed for heavy duty fields where more longer wheel life, more consistent performance are required.
|
 |
|
|
| Titanium |
|
|
| MD540 T |
MD550 T |
| MD560 T |
MD570 T |
Especially is used in cobalt,iron and bronze bond systems.On base of excellent chemical boding among diamond,Titanium layer and bond system,it enhances greatly diamond retention,brings higher removal rates.
|
 |
 |
|
|
| Coated Copper |
|
Copper based coating
Coating level at 50%
Because of excellent heat dissipation ability of Copper, RBV series diamond also is always used after coating copper. Besides in wet grinding application, coated copper RBV series diamond is the best choice in dry phenolic grinding. It can prevent thermal workpiece damage, reduce grinding energy and improve tool life. |
 |
|
|
|
|
|
|
