PRODUCTS

1. Trivalent chrome iridescent thick film, suitable for various zinc plating techniques

2. Excellent corrosive-resistance, comparable to that in traditional hexavalent chrome

3. After passivate treatment, anti-corrosion can survive 120-180℃ for more than 2 hours

1. The product of eco-friendly trivalent chrome passivate

2. Obtain uniform black exterior

3. Excellent salt spray-resistance

4. Applicable to both rack and barrel plating techniques

1. Excellent corrosive-resistance and uniform black film exterior

2. Conformed to the EU RoHS, WEEE, REACH, ELV, etc. regulations

3. Hexavalent chrome-free, simple operation and easy management

4. Particularly used in Zn-Ni alloy coating with 12-16%nickel content

5. Applicable to acidic and alkaline Zn-Ni alloys

1. Environmentally-friendly sealer featuring organic, bright, and water-based

2. Particularly used in low friction coefficient auto fasteners and screws

3. Use with trivalent chrome passivation, NSS test can last 700-1500 hours

4. Applicable to both rack and barrel plating

1. An organic polymeric aqueous dispersion system

2. Form an organic, transparent, and protective layer on the coating surface, enhancement in the NSS test

3. Chromate-free, simple operation

4. Applicable to both rack and barrel plating

1. Convenient usage; avoid unnecessarily lost of the plating solution

2. Effectively co-precipitate iron and nickel ions, selectively remove impurities from the plating bath

1. Convenient usage; add without discontinuation of operation

2. Lower down the effect of weakened adhesion and poor low current density area from zinc contamination

1. Particularly used in the copper ion removal from the nickel plating solution

2. Convenient usage; add under normal operation

1. Co-precipitation with nickel layer, co-deposition without adverse effect

2. Improve low current density area and the brightness

1. Enhanced plating quality and levelness

2. Convenient usage; add under normal operation

1. Improved coverage power of low current density area in the nickel plating solution

2. Suppressed pollution of nickel deposit at low current density area region

1. No toxic nor harmful gases produced

2. Adequate replenishment in normal operation for long-term use

3. Good conductivity in solution, rapid stripping

4. No damage to the plating racks; simple usage and safe operation

1. No toxic nor harmful gases produced

2. No damage to the edge of the hooks, extended service life of plating racks

3. Almost neutral stripping solution, simple management and safe operation

4. Applicable to both manual and automatic mechanical operation

5. Good conductivity in solution, rapid stripping

1. Electrolytically strip Cu, Ni, Cr coating off the junction contact

2. No toxic nor harmful gases produced

3. No damage to the edge of the hooks, extended service life of plating racks

4. Simple management and safe operation

1. A layer of protection formed after fully stripping, without hurting the substrate

2. Simultaneously strip off Cu, Ni, and Cr layers