Acid Copper Plating Processes A 'One Stop' Shop for Copper Plating Copper electrodeposition has a wide variety of application in metal finishing industry. It serves as an undercoat of various substrates such as nickel chrome electrodeposits aluminium zinc diecasting ABS plastics etc It also acts as a base for oxidized or coloured finishes Electroforming of precision components and moulds is also possible. this deposits applied to steel as a stop of coating in case of hardening process. Bright Colour Cuprobrite Unique aqueous dye based copper plating process High degree of brightness

Anodizing Anodizing is an electrochemical process that converts aluminium to its oxide. It thickness and toughens the naturally occurring protective oxide, The anodic coating is a part of the metal but has a porous structure which allows secondary infusions. The coating thickness and surface characteristics are tightly controlled to meet the end product specifications. Anodizing is a versatile process to get a variety of colour shades on aluminium and its alloys Its applications are in architectural products like windows and doors electric appliances automotive parts lighting fixtures, f

Electrophoretic Lacquer G. W. CLEATLYTE Cost effective water based acrylic top coat with different colour shades. Golden dye electrophoretic coating ~ replacement for 24 KT gold shade. Deposit thickness - 5-8 μm. Uniform colour coating over complex parts. Up to 90% reduction ofVOC ~ reduces environmental hazards. 1 kg. material can coat 25m2 area (7 to 8 μm thickness.) GROWCLEAR LB 40 Economically designed for low build coating with desired ductility. Used in conjugation with dye as well as transparent coating. Popular in jwellery industry Different dyes combinati

Ginplate Electroless Nickel GINPLATE ELECTROLESS NICKEL COATINGS GENERAL ro:ACTION SCHEME Ginplate Electrolcss Nickel are chemicals plating processes that auto-catalytically deposit nickel alloys with up to 12% by weight phosphorous or up to 5% by weight boron. Elcctrolcss Nickel deposits are produced by chemical reduction of nickel onto catalytic metallic or catalyzed non­metallic substrates. Since the process requires no electrical current (as used in electrolytic deposition of chromium or nickel), the result is a very uniform coating that has a dense, essentially am