BACT Metal-Dylyn® Diamond-Like Nanocomposite Coating
Subcategory: Diamond; Carbon; Ceramic/Metallic Coating
Material Notes: Metal-doped Me/a-C:H/a-Si:O nanocomposite. The electrical characteristics of these coatings can be tailored by the addition of metal dopants. This creates an engineered surface for specialized applications requiring a combination of wear, low friction, and electrical conductivity. Typical applications include those requiring static discharge in addition to wear resistance, such as in wafer manufacturing. Applied using a PACVD (plasma-assisted physical vapor deposition) coating method. Diamond-like coatings are amorphous carbon-based coatings that exhibit high hardness and low coefficients of friction. Their unique composition and structure result in excellent wear resistance and non-stick characteristics. These coatings are thin, chemically inert, corrosion resistant, have minimal particulate contamination, tailorable electrical resistivities, and have a very low surface roughness. Information provided by Bekaert Advanced Coating Technologies (BACT).
Available Properties |
- Thickness
- Hardness, Rockwell C
- Coefficient of Friction
- K (wear) Factor
- Electrical Resistivity
- Maximum Service Temperature, Air
- Processing Temperature
- Microhardness
- Surface Energy
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Property Data |
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