FAQ

PVD (Physical Vapour Deposition) is a vacuum deposition technology used to apply thin functional or decorative films onto various surfaces. The coating material is vaporized inside a vacuum chamber and then condensed onto the component, forming a highly adherent and hard layer.

Compared to electroplated coatings, PVD provides superior adhesion, higher wear resistance, and a reduced environmental impact (no hexavalent chromium or heavy chemical baths). It is therefore a greener and more high-performance solution for many decorative and technical applications.

PVD coatings can be deposited on metals (steel, brass, aluminum, etc.), alloys, glass, some polymers, and composite materials, as long as the substrate is compatible with the process temperature and properly pre-treated.

A typical PVD layer is only a few microns thick (generally 0.5–5 μm). This is enough to enhance aesthetics and performance, and to add specific properties, without altering the dimensional tolerances of the part.

Both. PVD layers can modify the color and surface appearance while also increasing hardness, scratch and wear resistance, corrosion resistance, antibacterial/antiviral properties, and tribological performance. These effects can even be combined in a single coating.

Yes. PVD is performed in a vacuum environment, requires no polluting chemical baths, and uses significantly fewer materials than many alternative coating technologies. It is considered one of the most eco-friendly high-performance finishing solutions.

PVD can deliver a wide range of colors—such as gold, rose gold, black, gunmetal, bronze, warm chrome, and many others—depending on the coating material and process parameters.

Because the PVD layer is extremely thin, it perfectly replicates the substrate’s texture. The final appearance therefore depends entirely on the underlying finish (polished, satin, brushed, etc.): the coating will faithfully follow the original surface preparation.

PVD coatings maintain their color and sheen over time, even under demanding conditions. They offer far greater resistance to scratching, chemicals, and wear than many traditional finishes.

Yes. With PVD systems of different sizes and configurations, it is possible to treat both small precision parts and large components, as well as high-volume production batches—including parts for automotive, interior design, photovoltaics, and more.

Absolutely. The coating center and laboratory are equipped to test new finishes, validate projects, and manage pre-series before scaling up to high-volume production or investing in a dedicated PVD system.

It is a specialized facility offering outsourced PVD coating services. The center manages all stages of the finishing process, from cleaning to coating, delivering ready-to-use solutions for industrial applications.

Depending on the application, tests may include adhesion tests (e.g., Scotch tape, Rockwell), corrosion resistance (salt spray), abrasion and scratch resistance, chemical resistance, accelerated aging cycles, and colorimetry.

It depends on production volumes, demand stability, and the required level of flexibility. Kenosistec can support you in evaluating an internal system or in outsourcing all or part of the coating process to its center, including hybrid solutions.

You can fill out the form in the Contact section of the website or write directly to the provided email address. A technical sales specialist will get in touch to analyze your application and prepare a tailored proposal.