Technical Overview
Functional DLC Coating Technology
Power Micro International Co., Ltd. specializes in advanced DLC / ICF (Intrinsic Carbon Film) coating technologies for:
By utilizing proprietary ionized deposition and structural control technologies, our coatings provide:
Widely applied in:
Ultra-Smooth Surface Control Technology：
Using proprietary ionized deposition technology and precise vacuum process control, ultra-mirror DLC / ICF coatings achieve exceptionally smooth surfaces.
Compared with conventional TiN or DLC coatings:
AFM analysis demonstrates ultra-low surface roughness suitable for:
Ultra-Mirror ICF Specifications
| Item | Specification |
| Surface roughness |
Ra 0.03μm 以下 |
| Surface hardness |
HV 1,500～2,500 |
| coefficient of friction |
0.1～0.25 |
| Film thickness | 0.1～0.3μm |
Conventional DLC coatings are electrically insulating.
Through advanced doping technology, conductive functionality can now be integrated into DLC coatings.
Conductive ICF coatings provide:
Applications include:
Conductive ICF Specifications:
| Item | Specification |
| Resistivity |
10⁻⁴～10³ Ω・cm |
| Surface hardness |
HV 1,000～2,000 |
| Coefficient of friction |
0.1～0.25 |
| Film thickness | 0.1～0.3μm |
Using PBIP (Pulse Biased Ion Plating) technology, DLC / ICF coatings can precisely control:
Suitable for:
These coatings provide both excellent insulation and high durability.
Insulating ICF Specifications
|
Item |
Specification |
| Resistivity |
10¹⁰～10¹⁴ Ω/□ |
| Surface hardness |
HV 800～1,800 |
| Coefficient of friction |
0.1～0.25 |
| Film thickness | 2～3μm |
Aluminum alloys are widely used in:
However, aluminum surfaces are prone to:
ICF coating technology improves adhesion and durability on aluminum alloys through optimized interlayers and deposition control.
Benefits include:
Conclusion & Contact
For project evaluation, pilot tests, and ROI analysis, contact Power Micro International Company to arrange trials and obtain technical reports.
LINE Official Account
ID Search『@873eryuv』
