The Bright Zinc bath is a Boric Acid-free, weakly acidic electrolyte with high brilliance and excellent depth of luster distribution, ductility and good passivation of the coatings. The process is suitable for rack and barrel coating, as well as for the coating of Zinc Die-cast.
Alkaline Zinc electrolyte of the new generation for barrel- and rack parts, very high degree of brightness, wide dosing window, very good metal distribution and adhesion.
Alkaline/cyanide-free Zinc-Iron electrolyte for deposition of Zinc-Iron coatings with 0.3 – 0.9 % Iron in the alloy. Suitable for both rack and barrel applications.
SLOTOLOY ZN 80 VX is operated with the Special Anode VX 1. The process has significantly reduced decomposition of the organic components by use of the Special Anode VX 1. SLOTOLOY ZN 80 VX is an alkaline process for the deposition of Zinc-Nickel coatings with 12 – 15 % Nickel. This process has been designed for rack plating.
The Zinc-Nickel alloy bath is an alkaline, one-step process using VX anode technology. Zinc-Nickel alloy coatings with a Nickel content of 12 – 15% by weight are applied. Secluded, it is used exclusively for coating drum goods.
Zink-Nickel SLOTOLOY ZN 210 is an alkaline, single-step process for the deposition of Zinc-Nickel alloy coatings with a Nickel ratio of 12 – 15 % by weight. It’s exclusively used for barrel plating.
Weak acidic, Boric Acid-free electrolyte with decreased total metal content. It deposits silky matt to bright layers with a Nickel co-deposition rate of 12 -15 % by weight.
The Zinc-Nickel alloy bath is an alkaline KOH-based process that is used primarily for processing drum goods. Here, too, layers are deposited with a Nickel content of 12 – 15 percent by weight.
The Zinc-Nickel alloy bath is an alkaline membrane process for depositing Zinc-Nickel alloy coatings in barrel operation with a Nickel content of 12 – 16 percent by weight.
Alkaline process for the deposition of Zinc-Nickel alloy coatings containing 12 – 16 % by weight nickel. It is exclusively used for rack plating and operated in combination with membrane anodes.