Chrome plating uses electrolysis to bind a thin plate of chromium onto an object, usually an easily corroded metal. Chromium is an element found in nature, but it is not substantial on its own. You will not find things made of chrome alone, however, chrome plating provides a very bright, high-gloss, mirror-like metallic surface to automobile and motorcycle trim, bathroom fixtures, and many household and industrial objects. Resistant to tarnish, chrome plating serves to protect metals and reduce friction on surfaces. The process is highly specialized, requires use of highly toxic, volatile, and carcinogenic elements (such as chromic acid and sulfuric acid), and produces very hazardous waste. Knowing how to chrome plate may interest you, but you are advised to consider specific safety concerns.
Use chrome to plate metals subject to corrosion, including steel, brass, copper, aluminum, and stainless steel, for decorative purposes.
Chrome reflects brighter, clearer, and with less distortion than other finishes, such as paint.
Decorative chrome plating electroplates nickel and chrome onto a target object, such as a wheel rim or a hood ornament.
The nickel is the source of the slickness, shine, and resistance in the chrome plating.
A very thin layer of chrome keeps the nickel from tarnishing, scratching, and rusting.
Use chrome to plate metals subject to corrosion, including steel, brass, copper, aluminum, and stainless steel, for decorative purposes.
Chrome reflects brighter, clearer, and with less distortion than other finishes, such as paint.
Decorative chrome plating electroplates nickel and chrome onto a target object, such as a wheel rim or a hood ornament.
The nickel is the source of the slickness, shine, and resistance in the chrome plating.
A very thin layer of chrome keeps the nickel from tarnishing, scratching, and rusting.