Aluminum nickel -plated electrical silicon rubber is a high -viscous rubber with good conductive performance. It is mainly composed of conductive fillers (aluminum powder, nickel powder, etc.) and silicon rubber substrate. It has the characteristics of good conductivity, strong adhesion, corrosion resistance, wear resistance, etc. It is widely used in electromagnetic shielding, conductive pads, ground pads, electronic equipment seals and other fields.

The main features of aluminum nickel -plated conductive silicon rubber include:

1. Good conductive performance: Aluminum nickel -plating fillers have high conductive performance, can effectively conduct electricity, and provide excellent electromagnetic shielding effects.

2. Strong adhesion force: The silicon rubber substrate has good adhesion performance, which can firmly adhere to the surface of various materials to ensure that the conductive effect is stable.

3. Corrosion resistance: Aluminum nickel -plating fillers have a good corrosion resistance, which can be used in various harsh environments without being easily corroded and losing conductive performance.

4. Dashing: Silicon rubber substrate has good wear resistance performance, can not be easily worn during long -term use, and maintain a good conductive effect.

The application of aluminum nickel -plated conductive silicon rubber mainly includes the following aspects:

1. Electromagnetic shielding: Aluminum nickel -plated electrical silicon rubber can be made into different shapes, pads, etc. for electromagnetic shielding fields, which can effectively resist external electromagnetic interference and protect the normal work of electronic equipment.

2. Ground pad: Aluminum nickel -plated electric silicon rubber can be made into ground pads for ground connections of electronic equipment to ensure the electrical safety of the equipment.

3. Electronic equipment sealing: Aluminum nickel -plated conductive silicon rubber can be made into conductive pads, conductive sealing rings, etc., used for seal connections of electronic equipment to prevent electromagnetic leakage.