Ion plating (physical vapor deposition: PVD) is a vapor deposition method that forms a hard ceramic film by reacting metals such as titanium and chromium that are turned into plasma in a vacuum with nitrogen, carbon, and oxygen. Compared to electroplating and painting, this coloring method is resistant to scratches and wear and peeling, and has excellent corrosion and weather resistance.
Introducing new specifications
Specification name
| Specification name | Description | Nickel content | |
| Single color | Two tone color | ||
| KIP | EKIP | Direct IP coloring on Ti materials | Not contain |
| NIP | ENIP | IP coloring for direct attachment to NT materials (memory metal) | Not contain |
| HIP | EHIP | Direct IP coloring on titanium + NT materials (memory metal) | Not contain |
| FIP | EFIP | Direct IP coloring on stainless steel materials | Not contain |
| GIP | EGIP | IP coloring with base electro plating on Cu alloy materials | Contains |
| SIP | ESIP | IP coloring with base electroplating on TN (memory metal)or Cu alloy materials | Contains |
| TIP | ETIP | IP coloring with base electroplating on NT (memory metal) or Cu alloy materials | Contains |
| LIP | ELIP | IP coloring with base electroplating on titanium + NT (memory metal) or Cu alloy materials | Contains |
| VIP | EVIP | IP coloring with base electroplating on titanium + Cu alloy materials | Contains |
