PVD Chrome Plating Machine

                              Chrome Electroplating Replacement by PVD process, PVD Chrome Plating Machine

Chrome plating is a film surface treatment, which has been commonly used in many industrial sectors, to provide excellent shiny decoration, which prevented corrosion and abrasion.

However, the hexavalent Chrome electroplating (Cr6+) damaged the health of operators and ruined our environment. Therefore, trivalent Chrome electroplating (Cr3+) replaced the Cr6+ plating.

But with higher quality requirements by clients and lower production cost demands by manufactures, an alternative low-cost solution needed to be found, while preventing negative health impacts and damages to our environment.

PVD treatment has been identified as the perfect solution to these issues.
Royal Technology has developed standardized PVD coating equipment, which can be applied with various materials:
ABS, ABS + PC, PA, PBT, Brass, Brass alloy, Metal steel, Zinc alloy, Aluminum alloy.

PVD revolutionized chrome processing in industries such as:

Automotive (e.g. Interior trims, Logo, etc.)
Fashion
Consumer electronics
Tooling instruments
Lighting
Packaging Bathroom fixtures
Home appliance
And in many other industries, parts need protective layers and aesthetic coatings.

Introduction 

The PVD-Cr1600 machine is exclusively designed to replace traditional Chrome electroplating.
Combined with UV process, the coating application covers all materials: plastics, brass and zinc alloy and mild steel.
There are multiple deposition sources: The cathodic arc evaporator and magnetron sputtering cathodes enable maximum
flexibility and numerous finishing requirements with reduced cycle times.
Cycle time: 20~30 minutes
Capacity per shift (8 hours): approx. 15 cycles

PVD-Cr1600 Machine Technical Specifications:

PVD hard chrome on car wheels, please click here to watch the video

Please contact us for more specifications, Royal Technology is honored to provide you total coating solutions.

PVD chrome plating to replace electroplating proce...     download the brochure, please click here.