Chromating is a type of conversion coating used to passivate steel, aluminum, zinc, cadmium, copper, silver, magnesium, and tin alloys.[1] It is primarily used as a corrosion inhibitor, primer, decorative finish, or to retain electrical conductivity
- High Corrotion resistance
- High stability while tempered at 200℃ in terms of loss of brightness or colour
Yellow trivalent chromating
- High Corrotion resistance
- High stability while tempered at 200℃ in terms of loss of brightness or colour
Blue trivalent chromating
- Suitable for all kind of zinc plated surface
- Very long service life
- Forms brilliant, uniform black chromate layers
Hexavalent chromating
- Suitable for all kind of zinc plated surface
- High corrosion resistance
- Good base coating for painting
- An ntensive olive colour on zinc plated parts
Hexavalent chromating
- Suitable for zinc deposits from cyanide, alkaline non cyanide and acid bath
- Can be applied as barrel and rack application
Blue Hexavalent chromating
- Suitable for zinc deposits from cyanide, alkaline non cyanide and acid bath
- Can be applied as barrel and rack application
- High corrosion resistance
Yellow Hexavalent chromating
- Suitable for zinc deposits from cyanide, alkaline non cyanide and acid bath
- Can be applied as barrel and rack application
- Very good corrosion resistance values on electroplated zinc and cadmium deposits
Black Hexavalent chromating
- Isochrome 10 Powder blue chromating produces deep blue uniform chromate coating on surfaces deposited of zinc. It is suitable for zinc deposits from cyanide.can be reinforced without any problems. Depending on the immersion time, make-up quantity and working temperature, the chromating produces a medium up to very strong chromate coatings with an optimum corrosion resistance. Isochrome 10 Powder can be applied both in rack- and barrel operation
For blue chromating
Isochrome 25 Powder yellow chromating produces deep yellow uniform chromate coating on surfaces deposited from cyanidic, alkaline and acid electrolytes, can be reinforced without any problems. Depending on the immersion time, make-up quantity and working temperature, the chromating produces a medium up to very strong chromate coatings with an optimum corrosion resistance. Isochrome 25 Powder can be applied both in rack- and barrel operation.
For Yellow chromating
- Make Up:
> Cool process: HR on zinc phospating = 60 ml/l HR O2 accelerator = 5 ml/l
> Hot pricess: HR on zinc phospating = 25 ml/l HR O2 accelerator = 1 ml/l
- Immersion time: 7 - 15 minutes (cool process) and 3 - 5 minutes (hot process)
- Temperature: room temp (cool process) and 50 - 60 ℃ (hot process)
For zinc phospating process
- Make Up: 1.5 - 2.5 g/L
- Immersion time: 1 - 2 minutes (soak) and 30 - 60 seconds(spray)
- Temperature: room temp
Surface conditioner to serves preparation the metal surface prior to the phospating
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