Plasma chemical coating is a process that creates oxide-ceramic layers characterized by accurate depositions. These hard coatings are furthermore characterized by good bending fatigue strength. With MAGOXID-COAT® and KEPLA-COAT® plasma chemical surface treatments, our company offers you two anodic plasma-chemical surface finishes with functional characteristic profiles, the total of which cannot be achieved with electroplated coatings. MAGOXID-COAT® is used on magnesium alloys, whereas KEPLA-COAT® is used for the finishing of materials made from aluminum and titanium alloys. The plasma-chemical process creates oxide-ceramic coatings which, apart from offering wear and corrosion protection, also fulfill further requirements, such as hardness, even layer structures, fatigue strength, dimensional accuracy and thermal endurance. Edges, cavities and reliefs are evenly coated, i.e. there is no edge formation as is the case during electroplating.
With our expertise and advanced technical knowledge in plasma chemical surface technology, we are able to deliver high-quality and customized plasma chemical coating services for all kinds of requirements and components, even geometrically complex ones.