BAJAJ ELECTROPLATERS
Featured Products
Highest quality standards are achieved through the implementations of latest technology, decades of experience and everlasting moral values , which have helped us to retain our customers as well as multiply them.
Welcome to BAJAJ ELECTROPLATERS
Silver Electroplating
We offer cost effective Silver Electroplating services to our esteemed clients. Our silver electroplating services are widely used for jewelry making and in electronic & chemical industries. Use of electric current for reducing the cautions of a material from the electrolytic solution and coating the same as a thin layer on the desired material is the process of electroplating.
Silver Plating Specification
- Silver Plating - Matte
- Silver Plating - Semi-Bright
- Silver Plating - Bright
Silver Plating - Grades
- With supplementary tarnish-resistant treatment.
- Without supplementary tarnish-resistant treatment
Silver Plating - Thickness
- 0.0003" for articles such as terminals which are to be soldered
- 0.0005" for corrosion protection of nonferrous basis metals or for increasing the electrical conductivity of basis metals
- 0.0050"-0.0100" for electrical contacts, depending on pressure, friction and electrical load
Silver Plating - Corrosion Protection
For applications where corrosion protection is important, the use of silver plating with an electrodeposited nickel undercoat is advantageous.
Silver Plating - Underplate Recommendations
Silver plating on steel, zinc and zinc-based alloys should have an undercoat of nickel over copper.
Silver plating on copper and copper alloys should have a nickel undercoat. Copper and copper alloy material on which a nickel undercoat is not used, and other base metals where a copper undercoat is employed, should not be used for continuous service at a temperature in excess of 300 degrees F (149 degrees C). Adhesion of the silver plating is adversely affected because of the formation of a weak silver and copper intermetallic layer.
Silver plating on copper and copper alloys should have a nickel undercoat. Copper and copper alloy material on which a nickel undercoat is not used, and other base metals where a copper undercoat is employed, should not be used for continuous service at a temperature in excess of 300 degrees F (149 degrees C). Adhesion of the silver plating is adversely affected because of the formation of a weak silver and copper intermetallic layer.
Our Vision
* To embrace new technologies and methods. * To give unsurpassed products and services to the clients. * To constantly look for improvement and changes.
