PannonPLATIT hard coatings represent the highest standard in modern coating technology. The tool materials to be coated can be high-speed steels, hard metals, carbides, cermets and ceramics. Each batch offers a coating quality with perfect repeatability.
PannonPLATIT hard coatings reduce abrasive and crater wear and build-up edge formation in both conventional and high-speed machining technologies (HSC). They perfectly meet the requirements of dry, wet or minimal lubrication processing technologies.
Our modern coating technology ensures the high heat resistance of the tools, reduces the friction between tools and chips and is therefore also ideal for hard machining.
The excellent properties of the coatings improve the surface quality of the parts to be machined, the service life and, by reducing the cooling, the environmental impact. It will be possible to use technologies with higher productivity to ensure profitability, higher profits and competitiveness.
PannonPLATIT coatings reduce friction, adhesive wear and build-up edge when forming, deep drawing, bending, extruding and calibrating. The polishing of the surfaces is not longer necessary in most cases, but it is possible thanks to the new investments of PannonPLATIT, such as micro blasting and drag finishing.
With punching tools, the hard coating reduces friction and material build-up (built-up edge) and the service life is considerably extended.
In the case of injection molding tools, the coated surface reduces the injection pressure and thus the cycle time. By reducing the build-up edge, the surface quality is improved, the risk of gluing and gluing is lower, so that higher productivity can be achieved.
Wear parts and components
The components will be the focus of the coating business of the future.
They are deposited with the combination of a hard, but above all tough, base layer and a lubricating top layer.
The fields of application are very wide:
- Tool holder, mechanical engineering, automotive industry, aircraft industry, medical technology
The most important layer combinations are:
CROMVIc: CrN + DLC2
CROMTIVIc: CrTiN + DLC2
nACVIc: nACRo + DLC2
FiVic: nACo + DLC2