Nickel

Semi Bright

400 SB

MAR NICKEL PRO 400 SB is a specially formulated semi-bright process which provides a sulfur-free, leveling deposit with excellent mechanical properties and with outstanding corrosion resistance when used as an undercoat in a duplex nickel system... View More

Bright

300 BBL

MAR NICKEL PRO 300 BBL Bright Nickel Process is a single brightener system for nickel plating of both ferrous and non-ferrous metals and plastic substrates specially formulated for barrel plating. The process produces uniformly bright deposits with exceptional leveling, ductility, and receptivity to chromium plate... View More

310

MAR NICKEL PRO 310 Bright Nickel Process is a single brightener system for nickel plating of both ferrous and non-ferrous metals and plastic substrates. The process produces uniformly bright deposits with exceptional leveling, ductility, and receptivity to chromium plate... View More

STEP

MAR NICKEL PRO STEP is a liquid product designed to produce a high mill volt S.T.E.P. in duplex nickel coatings. MAR NICKEL PRO STEP is added to the Bright Highlight Nickel System, and can be blended into the brightener pre-mix or added separately... View More

Black Nickel

NTB-Black

MAR NTB BLACK is an electroplating process that will produce a uniform, adherent, decorative and functional rich black finish on all substrates that will accept an electroplate. The deposit can also be relieved to produce a variety of antique finishes... View More

Nicke Iron

IA

The MAR NICKEL PRO IA process is a new generation system formulated to be used with “Insoluble Anodes”. The MAR NICKEL PRO IA deposit produced from this process exhibits superior nickel deposits and is capable of plating deposits of 5% iron on a continuing basis... View More

Ni-Fe Plus

The MAR NICKEL PRO Ni-Fe Plus process is a new generation system formulated to replace all-nickel deposits with a high iron alloy deposit... View More

Sulphamate Nickel

The Atotech Sulfamate Nickel Plating Process produces deposits that are particularly suitable to engineering and functional uses. The bath can be controlled to obtain consistent deposits over a wide range of stress, hardness, tensile strength, and ductility... View More