Boker's now offers supperalloys among over 2,000 material choices for washers and stampings. (read more)

electroless nickel plating is a uniform plating process, can be used as chrome replacement, excellent wear attributes, excellent hardness, (read more)

Electrolytic nickel is electro-plated, and can be deposited soft or hard, dull or bright. Hardness can range from 150-500 Vickers. Appearance can range from a dull grey to an almost white, bright finish. Nickel(NI)

Nickel plating results in a malleable, ductile metal finish that is highly corrosion and shock resistant while still maintaining good machinability. (read more)

Queens Plating Company offers a full line of RoHS compliant EN (electroless nickel) plating services to the microwave, medical, ceramic capacitor, inductor, resistor, chip attenuator, thermistor and electronic industries. (read more)

This is a low-stress deposit with excellent ductility. Parts plated with this application can be bent, formed, or crimped without damage to the nickel-plated layer. Sulfamate nickel coating performs well at high temperature and is corrosion-resistant. Electrolytic sulfamate nickel has high-dimensional accuracy with typical thickness of 100-700 micro-inches. Rack and barrel methods are available. (read more)

Water cooled copper hearths hold reactive alloys during refining & melting. (read more)

TMF has proprietary technology that is an excellent method for plating Ultra-High strength glassy metals- Nickel Phosphorus - Nickel Cobalt Phosphorus - in a variety of alloys with different and specific properties. Deposition by electroplating. (Utilizing rectification). This process is a proven Hexavalent Chromium replacement and excellent for many other applications. (read more)

The process is effective on steel, stainless steel, copper, aluminum, zinc die castings, powdered metal, and non-conductive materials. (read more)

Anoplate's ENhanced Z8 offers all the advantages of electroless nickel to manufacturers without concern over compliance to stringent environmental regulations (e.g. RoHS, WEEE, ELV) that restrict or ban the presence of lead or cadmium typically found in the majority of electroless nickel deposits. (read more)

Electroless Nickel (EN) is an autocatalytic plating process, in which does not require rectifiers, electrical current or anodes. It differs from electroplating, which depends on an external source of direct current to reduce nickel ions in the electrolyte to nickel metal on the substrate. (read more)