ISO 14001 zinc-plating

Electrolytic process used to protect the base material from oxidation, hexavalent chromium free, process compliant with Rohs (2002/95/EC), ELV (2000/53/EC), 2003/36/EC and 2000/53/EC MAIN FEATURES OF GALVANIZING ON RACK: Process ...

... coating is possible too. The following processes are available: powder coating zinc plating anodising cathodic electrophoretic coating tin-plating painting ...

Zinc protects more precious metals from corrosion and as such is indispensable in many industries. Galvanic zinc is deposited using acidic or alkaline electrolytes. The gloss level of the surface can ...

Zinc protects more precious metals from corrosion and as such is indispensable in many industries. Galvanic zinc is deposited using acidic or alkaline electrolytes. The gloss level of the surface can ...

We use zinc electroplating to add a zinc coat to materials (Zn and Zn/Ni), which serves as a base layer for further coating, or as a surface finish it gives products a more attractive appearance than ...

... to average values acc. to DIN EN ISO 4042 and DIN EN ISO 10683. Grade A (2-layer coating) > 5 – 8 µm Grade B (3-layer coating) > 8 – 12 µm Chromium-VI-free Pb-free Cd-free RoHS-compliant Corrosion resistance ...

Electrolytically applied zinc and zinc alloy coatings (zinc-iron, zinc-nickel) through electrochemical deposition on the object that is to be coated. ...

Electrolytically applied zinc and zinc alloy coatings (zinc-iron, zinc-nickel) through electrochemical deposition on the object that is to be coated. ...

Electrolytically applied zinc and zinc alloy coatings (zinc-iron, zinc-nickel) through electrochemical deposition on the object that is to be coated. ...