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ZINC AL. FLAKE COATING
New generation eco Friendly Zinc Flake based Micro-layer Corrosion Protection coating technology for mass produced Hardware & metal parts according to ISO10683.
Nano Zinc Al Flake coating offers high performance corrosion protection for bulky metal components. It is applied using a so-called dip-spinning process. The layer is made up of a base coat and top coat. The base coat is made up of zinc and aluminium flakes; the zinc gives cathode corrosion protection. What is more, the zinc and aluminium flakes produced in the dry film form a barrier to reduce the impact of corrosive media including oxygen, electrolytes, etc. thereby enhancing the life of the complete protective system.
► The Nano Zinc Al Flake coating offers excellent protection from mechanical and chemical impact. Protection against contact corrosion is enhanced and abrasion resistance is clearly increased. Integrated dry films lubricants help achieve defined friction coefficients.
►The Nano Zinc Al Flake coating offers excellent protection from mechanical and chemical impact. Protection against contact corrosion is enhanced and abrasion resistance is clearly increased. Integrated dry films lubricants help achieve defined friction coefficients.
► Generally for the Nano Zinc Flake coatings, the coating thickness ranges from 5-15 microns. The corrosion resistance can be achieved over 1000 hours by ASTM B117 in Salt Spray test; The results of corrosion depends up on the shape and geometry of the parts.
The Nano zinc flake coating can be applied in Automotive, Wind Turbine Industry, Railways, Energy and infrastructure/Chemical Processing Industry/Marine Industry/ Petroleum & Gas Industry for High tensile Fasteners, Fasteners, Bolts, Nuts, Rivets, Screws and other threaded connecting hardware parts, Springs, Spring Steel Parts, Clips, Clamps, Brackets and other stamping part Brak Disc, Brake Drum, Brake Rotors etc.
G PROPERTIES:-
1. SST 500-1000 hrs. As per customers’ requirements.
2. COF control from 0.08 to 0.20
4. Bright Silver & Black Finishes
5. Freedom from hydrogen embrittlement.
6. Coating Suitability for high temp. Application up to 450°C.
8. Good UV resistance.