Mechanical zinc plating and galvanizing systems offer the perfect solution when the potential for hydrogen embrittlement exists.
Steel of any hardness can be processed quickly and effectively, offering the same high protection as conventional electroplated zinc deposits.
Specified and used by all leading automotive manufacturing companies for over 2 decades.

COATING ADVANTAGES

ZINKLAD 1000 BRAKE

Advantages of MacDermid zinc-nickel plating processes

Excellent corrosion resistance
Good alloy distribution
Excellent deposit distribution (alkaline)
Compatible for TriPass hexavalent-chromium free passivates
Compatible with TriPass 7000 series cobalt-free passivates
Friction properties can be modified with Torque 'N' Tension fluids
Specified and approved by many automobile manufacturers 

TriPass ELV 5500 represents a breakthrough in black trivalent chromium passivation. 

Recommended for both acid zinc and alkaline zinc-iron. It provides excellent corrosion and scratch resistance.

MacDermid TriPass ELV passivation systems comprise the complete range of hexavalent chromium-free products. Available in black, blue and iridescent, the range includes our latest cobalt-free passivates.

Extremely resistant to thermal shock, TriPass ELV passivates form an important layer in the ZinKlad automotive hexavalent chromium-free coatings systems.

Our trivalent passivate TriPass ELV passivation systems meet all ELV Directives through their use of trivalent chromium and pass all automotive industry test requirements, including GM 3034. The perfect drop-in replacement for older hexavalent chromium based chromates, they have all been rigorously tested and used in some of the world’s largest, full scale industrial conditions. They meet the highest specifications from required by both applicators and end users. TriPass ELV passivation systems are the high performance alternatives to hexavalent chromium that not only reduce “white rust” but also deliver exceptional cosmetic appearance.

“Plating on plastics” is a term used to describe the decorative or functional application of metal onto plastic substrates using the process of electroplating. Before plastics can be electroplated they first need to be metalized. This is achieved by etching the surface (to provide a tough bond) and coating the roughened surface with traces of a precious metal. This precious metal provides the 'seeds' for deposited of a thin layer of nickel or copper by electroless deposition.
Etching is achieved in a strongly acidic solution to which special wetter's to reduce surface tension are added. The acid is neutralized, before the precious metal is laid onto the surface. Typically nickel is used at the electroless stage. However when large components are plated, copper is recommended due to its higher conductivity.

 Advantages

Ultra High Levelling System
Exceptional Low Current Density Brightness
Production Proven
Ductile Deposit
For Plating on Plastics and Zinc-based Diecastings

ADVANTAGES OF TRIVALENT CHROMIUM

NEW PRODUCT - TRIMAC CP-200

MacDermid trivalent chromium plating systems are free of hexavalent chromium and PFOS compounds.

They will enhance the style and value of your products. Traditional or inspirational, MacDermid's "Fashion Finish" range allows you to...imagine more!

See your parts using new trivalent chromium colors...MacDermid's OEM team can show you how.

Not found what you are looking for? Then contact us either via our on-line enquiry form, our Disqus forum or by email.