Industrial Silver Plating is the method of covering a conductive later with silver to protect the metal from corrosion and at the same time adding a sparkling shine to the metal.
Silver is a precious desirable metal that is white in color and has an oxidizing property. Because of the property of high electrical conductivity, silver is commonly used in many electronics and semiconductor materials. Silver is an ideal conductor of heat for which it offers ideal solderability. It is impressionable and has a high amount of Lubricity. Silver is used in bearing surfaces and a lot of anti-galling uses. Since the silver is ductile, it can easily be moulded into any shape and is therefore used by the jewellery and flatware companies for its decorative look.
Even though silver is not a precious metal as gold, it is still considered as a semi-precious metal and is traded in the stock exchanges as precious metal just like gold.
Various Types of Silver plating
Various types of Industrial Silver Plating are used starting from matte plating to bright and semi-bright plating. Sometimes plating can be applied without Chromate and others times the process ca use Chromate. It is also permissible to use pure silver plating or electroplating with pure silver.
Industrial silver plating has more than one option
Lots of companies offer silver plating and have the technology of industrial silver plating on various types of electrical apparatus, vehicle bars and ball bearing surfaces. There are also some factories that offer corrosion resistant cyanide coating devoid of chromates for the purpose of electroplating wide range of ferrous and non-ferrous base metals.
Uses of Industrial Silver plating
The most widely used process of industrial silver plating is within the ornamentation of jewellery, dinner plates, drink cups, sports trophies and prize medals. Silver is put into high heat and the melted lava like metal is applied to coat the surface of many different items to bring out the perfect shine an appealing look.
Silver plating is widely utilized to better solderability of an electronic item by hardening the surface area and by improving the wearability. It is also utilized to protect an item from corrosion. The electroplating assists in lowering friction and to improve the paint adhesion. It is good for altering conductivity and provides a shield against radiation.
Since silverplating is a atomic deposition process, thin films of silver can be formed on surfaces.These can act as layers for additional nanotechnology.
Silver finds application in electronics as a replacement for gold. Variable capacitors with silver plated plates require silver plating.