Graphite nickel plating

Graphite nickel -plated electrical silicon rubber is a material with conductive characteristics. Graphite nickel plating is an electrochemical method to deposit a layer of graphite and nickel composite materials on the surface of the silicon rubber, which gives the silicone rubber conductive performance.

First of all, silicon rubber itself is a material with excellent insulation performance and high temperature resistance, but lacks conductive characteristics. Through graphite nickel plating treatment, the physical characteristics of silicon rubber can be changed and it can make it conductive materials. The combination of graphite and nickel forms a layer of conductive layer to provide electronic conduction paths, so that the entire silicon rubber conductives.

Secondly, graphite has good performance in conductivity. Graphite has a high -conductivity and good conductive performance, and is an excellent conductive material among many materials. Nickel can improve the stability and durability of the conductive layer, and enhance the overall conductivity.

Graphite nickel -plated conductive silicon rubber is widely used. It can be used in the fields of connection components, anti -static materials, conductive pads and other fields of electronic products. In the field of electronics, graphite nickel -plated electric silicon rubber can prevent static electricity from damage to electronic devices and ensure the normal operation of the circuit. At the same time, because silicone rubber has good elasticity and sealing performance, it can be applied to environments that require conductivity and sealing.

Graop nickel -plated silicon rubber is a material that gives silicone rubber conductive performance by sedimentation graphite and nickel composite material on the surface of silicon rubber. It has a wide range of application prospects and can be applied in the areas of electronic products and other areas that require conductivity and sealing performance.