The DLC Coating Process Today, a number of proprietary DLC coating processes exist within the commercial marketplace. These products fall across a spectrum, with some offering greater degrees of hardness and resistance to abrasion and other furnishing greater ductility, based upon the structure of the...
The DLC coating device of the OPC drum contains a tool to form a magnetic field for improving the speed of DLC coating film deposition.LEE, JONG MOOHWANG, MIN SEONKIM, EUN TAEK
CoatingMaterialProcessPropertiesFeatures MethodeTemp.HardnessCOFThickMax Temp.ColorFrictionWearStickTemp.Corros.Deco. LoTribo NCrNSP/CA200~500℃20000.51~20㎛600℃Gray★★★ LoTribo Wa-C:H:WSP200℃1,7000.21~5㎛300℃Gray Black★★ ★ LoT
CoatingMaterialProcessPropertiesFeatures MethodeTemp.HardnessCOFThickMax Temp.ColorFrictionWearStickTemp.Corros.Deco. LoTribo NCrNSP/CA200~500℃20000.51~20㎛600℃Gray★★★ LoTribo Wa-C:H:WSP200℃1,7000.21~5㎛300℃Gray Black★★ ★ LoT
The DLC coating, on the other hand, stands for “Diamond-like Carbon” and refers to one of the possible materials (as an alternative to titanium nitride and zirconium nitride) with which the PVD process can be carried out. In plain language, this means: no DLC without PVD. In German, ...
Because of the broad range of customisable attributes possible within the category, DLC coatings can play an important role in component engineering from the earliest steps of the design process. Hydrogenated amorphous carbon coatings The most widely kn...
DLC Coating Technical Data Proprietary NameCompositionThickness (microns)Micro-Hardness (HV)Coefficient of FrictionMaximum Working TemperatureCoating Process Temperature Titankote™ C10DLC (ta-C)0.5-2.55000-90000.1400°C/752°F220°C/448°F Titankote™ C11DLC (a-C:H)1.0-4.02000-30000.1350°C/662°...
PURPOSE: A DLC(Diamond-Like Carbon) coating method of OPC(Organic PhotoConductor) drum is provided which coats DLC coating film with high hardness and abrasion resistance to the OPC drum. CONSTITUTION: The OPC drum is characterized by forming the DLC coating film whose width is ranged from 0.04...
Because of our DLC coating process, we have the capability to engineer DLC coatings to make them harder like diamond or softer like graphite – according to the requirements that a specific application demands. Furthermore, DLC coatings can be doped to include metallic elements and can include ...
they found that the hydrogen barrier function was improved when the chromium buffer layer was formed before the DLC coating process. In addition, G.A. Abbas et al. examined the barrier performance of various DLC coatings, finding that the Si-doped hydrogenated amorphous DLC coating was associated...