conductive cloth

1. A fiber cloth (usually a polyester fiber cloth) is subjected to pretreatment and then plated with a metal plating layer to have a metallic property to become a conductive fiber cloth. Can be divided into: nickel-plated conductive cloth, carbon-coated conductive cloth, nickel-plated copper conductive cloth, aluminum foil fiber composite cloth. There are distinctions between plain and mesh in appearance;

2. The most basic layer is highly conductive copper, and the outer layer combined with nickel has corrosion resistance;

3. Nickel/copper/nickel coated polyester fabric provides excellent electrical conductivity, shielding effectiveness and corrosion resistance to a wide range of applications Requirements, shielding range is 100K-3GHz.

conductive silicone

1, Conductive silica gel is a paste material, which is divided into single/dual component packaging and room temperature/high temperature curing conductive silica gel, which is currently used in the market. Mainly silver/copper, silver/nickel, nickel/carbon, etc.;

2, suitable for FIP (Form In Place) on-site molding process, used for precision dispensing machine for dispensing, can be glued into D shape, triangle, wave Shape;

3, excellent shielding effectiveness and mechanical performance;

4, lower viscosity shortens the dispensing cycle and increases productivity;

5, has good adhesion on most metal surfaces;

7, the curing temperature of the conductive paste at room temperature is 12~24 hours, and the curing temperature of the high temperature conductive adhesive is 150 minutes at 150 degrees Celsius;

8. Conductive silica gel has proven to be reliable and resistant to electrolytic corrosion in a rigorous outdoor environment test, and is more suitable for use in harsh outdoor environments. It is also very stable in long-term harsh environments such as heat, cold, humidity, ultraviolet light, ozone and locking;

9, The working temperature range is between -55 degrees Celsius and +125 degrees Celsius.

Application Area:

Conductive silicone is mainly used in communication, electronics, military, security, automotive industry, and can be widely used in wireless base stations, repeaters, filters, mobile phones, handheld computers. Electromagnetic shielding on the chassis of wireless devices such as notebooks, car controls, cameras, walkie-talkies, and security devices. It has better shielding effectiveness when used on aluminum alloy isobaric castings.