Chrome plating is a process that uses electrolysis to apply a layer of chromium onto a metal component to impart corrosion and wear-resistant properties as well as to increase its aesthetic appeal.
Benefits of chrome plating
Companies such as //www.poeton.co.uk/advanced-treatments/apticote-100-hard-chrome-plating/ perform various types of chrome plating, imparting qualities such as friction reduction, shine and hardness to the underlying components. There are four main types of chrome plating available to customers.
Hard chrome plating
This process applies a thick layer of chromium to steel or iron components, delivering a strong finish with low friction and excellent wear and thermal resistance.
Decorative chrome plating
This process aims to impart a shiny finish to the component, making it visually attractive as well as enhancing its corrosion resistance properties.
Trivalent chrome plating
This process uses trivalent chromium to comply with RoHS and REACH regulations, which specify the use of non-carcinogenic materials. The end result is unsuited to use in heavy wear environments but still offers good levels of corrosion resistance for consumer products and automotive trims.
Black chrome plating
This process delivers a darker matte finish than the glossy silver typically associated with chrome plating. The finish is durable enough for most consumer products as well as being non-reflective and UV-stable, making it ideally suited to products such as solar panels and camera lenses.
In conclusion
The four different chrome plating processes deliver different results in terms of aesthetics, durability and use case and it is important to select the most appropriate for your individual circumstances to maximise the benefits.
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