Discover the ideal coating to suit your specific requirements. Our comprehensive NanoTech Coating Guide below provides an overview of the possibilities offered by our advanced PLATIT PVD coating units.

Depending on your application, you can select from a range of cathode configurations to achieve the precise custom PVD coating you need. Various cathode types and positions are available to create coatings tailored to your unique specifications.

Benefit from our extensive expertise in PVD coatings. The physical reference values provided in our guide can assist you in selecting the most suitable coating. Please note that these values may vary depending on the coating structure, such as monolayers, gradient layers, multilayers, or nanolayers. Our experts are always available to help you define and select the perfect PVD coating for your needs.

Select from our coating types below to learn more.

TixCO3

TiXCo3

As our hardest nanocomposite, TiXCo3 is especially suitable for hard machining. It can be used at very high temperatures and is therefore suitable for finishing processes in milling and drilling. TiXCo3 also provides excellent performance for finishing turbine parts.
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nACRo

nACRo

nACRo is PLATITs nanocrystalline nanocomposite. Based on CrN adhesion layer, it has a AlTiCrN microcrystalline core layer for toughness and a AlCrSiN top layer which guarantees thermal stability and wear resistance.
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nACo

nACo

nACo is one of PLATIT’s best-known coating brands. It has proven itself on the market for over 20 years. nACo is an AlTiSi-based nanocomposite coating and performs best in the field of milling and drilling C-steels.
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PSiX

PSiX

PSiX is a new PLATIT nanocomposite coating with a super-hard top layer. The coating is temperature optimised and therefore excellent for hard machining processes like finishing and roughing.
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ta-C (DLC3)

ta-C (DLC3)

ta-C belongs to the PLATIT DLC3 hydrogen-free coating generation with over 50 % sp3 content. The high sp3 bond fraction results in a higher density, hardness (at ambient and elevated temperature), thermal stability, oxidation resistance, residual stress and lower thermal conductivity.
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