High-precision coverage unique to wet plating
Compatibility of mechanical properties of dry coating
For the first time in the world, it has been possible to uniformly disperse and co-deposit nano-diamond (ND) particles on the order of 10 to 100 nm, which has been difficult to obtain evenly co-deposited composite plating.
(Patent No. 5435477)
- Compositing single particles into Ni-P plating film using our proprietary nanodiamond dispersion technology.
- Achieves high strength, low friction, and low aggression due to nano-order.
NDCO plating solution (right)
(SEM: 6000x)
(TEM 500,000x)
Features
- Friction coefficient equivalent to DLC in a sliding test environment with poor lubrication
- 20% less self-wear and 70% less mating material wear compared to TiN and CrN
- It is difficult to dry-coating (TiN, CrN, etc.), and it is possible to coat evenly with high film thickness accuracy on complicated parts with severe dimensional accuracy, the inside of tubular parts, etc. ⇒ Excellent throwing power.
- Construction is possible regardless of the material, such as die-casting or plastic.
| Throwing performance | Hardness | Wear resistance | Low aggression | Processing cost | |
| NDCO | ◎ | At normal temperature : HV. 550 with heat treatment : HV. 1000 |
〇 | ○ | ○ |
| DLC | △ | HV. 2000~3000 | ◎ | ◎ | △ |
| CrN | △ | HV. 2000~2200 | 〇 | △ | △ |
| TiN | △ | HV. 2000~2500 | ○ | △ | △ |
| NiP | ◎ | At normal temperature : HV. 550 with heat treatment : HV. 1000 |
X | X | ○ |
NDCO technical data
