Electrolytically applied zinc and zinc alloy coatings (zinc-iron, zinc-nickel) through electrochemical deposition on the object that is to be coated. With the electroplating process, current is produced in an electrolytic bath.
Located at the positive pole (anode) is the metal (e.g., zinc, iron or nickel) that is to be applied; located at the negative pole (cathode) is the object that is to be plated.
Galvanic, unalloyed zinc coating, Cr-(VI)-free passivated, additional sealant or lubricant treatment.
Chromium-VI-free
Pb-free
Cd-free
RoHS-compliant
Passivations, chromium-(VI)-free
Sealants, including
Lubricant treatment, including
Zinc alloy coating
Zinc-iron coating, Cr-(VI)-free passivated, additional sealant or lubricant treatment
Chromium-VI-free
Pb-free
Cd-free
RoHS-compliant
Passivations, chromium-(VI)-free
Sealants, including
Lubricant treatment, including
Zinc alloy coating
Zinc-nickel coating, Cr-(VI)-free passivated, additional sealant and lubricant treatment.
Chromium-VI-free
Pb-free
Cd-free
RoHS-compliant
Passivations, chromium-(VI)-free
Sealants, including
Lubricant treatment, including
Zinklad 250
Unalloyed zinc coating, colorless Cr-(VI)-free thick-layer passivation and sealant with integrated lubricant.
Chromium-VI-free
Pb-free
Cd-free
RoHS-compliant
Layer thickness
Color
Coating for connecting elements for preventing contact corrosion with magnesium.
Zinklad MG
Unalloyed zinc coating, colorless Cr-(VI)-free thick-layer passivation and sealant
Zinklad MGL
Unalloyed zinc coating, colorless Cr-(VI)-free thick-layer passivation and sealant with integrated lubricant
Chromium-VI-free
Pb-free
Cd-free
RoHS-compliant
Layer thickness
Color
Zinc phosphating
Together with oiling, phosphating serves as a temporary protection against corrosion