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DLC Coating Solution for Components and Parts

Naxau Carbon Film CoatingNaxau Carbon film coating

TypeMaterialCoating technologyFilm thickness umCoating hardness GpaCoefficient of dry frictionWorking temperature ℃Deposition temperature ℃Application
CHa-C:HLis/PECVD1~515~25<0.2250<250Conventional DLC, air dry friction self-lubricating
CHDa-C:HLis/PECVD1~515~25<0.2250<170Components require low-temperature deposition with minimal deformation
CHWa-C:H:WSputter1~410~15<0.2250<250Low-stress coating to withstand alternating loads
CHSa-C:H:SiLis/PECVD1~515~25<0.2250<250Wet environment More resistant to corrosion
CRHCrN/a-C:HLis/PECVD2~515~25<0.2 250<250Higher coating load capacity
CTAta-CArc0.2~2>40<0.2400<200Highest coating hardness Hard material processing
CAa-CArc1~1030~40<0.2400<200Thicker coating thickness Longer life span
CGGLCSputter1~55~15<0.2300<200Conductivity Less than 1mΩ*cm2
CMa-C:H/MoS2Lis/Sputter1~55~20<0.1-160<170Low temperature, vacuum, nitrogen Ultra-low friction

Transparent hard protective film | ta-C Diamond Film

Transparent hard protective film
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DLC和ta-c纳米涂层的对比

Performance Comparison between DLC coating and Ta-C Coating

Comparison of DLC and Ta-C properties


DLC is a general term for conventional hydrogen-containing carbon films, which are usually dominated by SP2 bonds, with a thick film of 1-5 μm, and are commonly used for air dry friction. And ta-C is mainly based on SP3 bond, the hardness is between 4500-7500HV, the thick film is usually below 1μm, and shows seven-color dazzling color. In the vicinity of 20nm, it can even realize the transparency of visible light band above 90%; it is commonly used in ultra-thin ultra-hard protective coatings such as microdiamonds.

ta-C Coating for Thin Blade Cutters

Highly customizable carbon film series


DLC is a highly customizable film system that can be realized by changing the film lattice structure, elemental references and coating process to achieve carbon films with different properties, such as 8 μm ultra-thick DLC or ta-C (the hardness is usually reduced to less than 3500 HV). Some can realize super lubricating DLC below 0.05, or super hydrophobic DLC with F. Or high temperature resistant DLC with silicon etc. with a temperature resistance of 450°.

Naxau Coatings R&D Center, which can custom develop hybridization consisting of SP2 and SP3 bonds, as well as elemental doped film systems. to meet a variety of customized functional needs.

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