Hexavalent chrome plating baths have a long history for producing heavy, corrosion resistant and mechanically hard coatings.

The matt finish is obtained by either matt chromium plating or san dblasting followed by matt chromium plating.

The chrome process is usually divided into three types: decorative coating, hard chrome plating, and black chrome plating.

Hexavalent chrome plating baths have a long history for producing heavy, corrosion resistant and mechanically hard coatings.

At our chrome plating facility metal-salt baths are constantly monitored to prolong the life of the plating solution.

The particles are contained in the chromium plating film in an amount of 10-30% by mass, and are present in the chromium plating film in a monodisperse state.

Chromium plating works well, but the chrome layer is slightly darker than chromium (VI) chrome plating.

Hard Chrome Plating is an electrolytic process utilizing a chromic acid based electrolyte.

Chrome plating has been used for many years to increase the aesthetics of an object as well as protect it from corrosion.

In addition, the plating bath can be controlled extremely easily in the chromium plating method.

Process: Hard Chrome plating is an electrolytic process utilising a chromic acid-based electrolyte.

The surface (65a) is hardened by chrome plating so as to have a hardness of 900 in Vickers hardness.

Disclosed is an engine part comprising a metal base and a chromium plating layer which covers at least a part of the metal base surface and is made of a trivalent chromium plating liquid.

The amount of boron contained in the chromium plating layer is not less than 0.05% by mass ant not more than 0.3% by mass, and the thickness of the chromium plating layer is not more than 0.7 μm.

The chrome plating meets GM quality specifications.