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Rhodium Plating
Gold Plating
Electroless Gold Plating
Silver Plating
Bright Nickel Plating
Electroless Nickel       Plating
Tin Plating
Lead Plating
Cadmium Plating
Zinc Plating
Conversion Coating
T.C.P. Process
Phosphating Manganese
Phosphating Zinc
Electroless Gold Plating

Nickel plating (QQN290A) :


Nickel can be deposited soft or hard-dull or bright, depending on process used and conditions employed in plating. Thus, hardness can range from 150500 Vickers. Can be similar to stainless steel in color, or can be dull gray or light gray (almost white) color. Corrosion resistance is a function of thickness.

Class 1A:     For corrosion protection
Grade A:     .0016” Min. thickness
Grade B:     .0012” Min. thickness
Grade C:     .0010” Min. thickness
Grade D:     .0008” Min. thickness
Grade E:     .0006” Min. thickness
Grade F:     .0004” Min. thickness
Grade G:     .0002” Min. thickness
Class 2:      For engineering applications

Electro less Nickel plating, Nickel is generally used as a semi-bright white corrosion resistant finish. Electro less nickel plates with unusually uniform dimensional build up on parts so that you don’t get thick regions at outside corners and thin regions at inside corners and in cavities. Also, E-Nickel is hard and offers good wear resistance. The corrosion resistance improves with increasing phosphorous content. We offer both mid-phosphorus and high-phosphorus E-Nickel solutions. E-Nickel (Plating is) plates very well to many types of aluminum and therefore serves as an excellent base for precious metals, which generally don’t adhere well to aluminum. Mil Spec C26074



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