KeyConductive rubber boasts excellent electrical properties, as well as good physical and mechanical performance, and moisture-sealing capabilities. The primary reason for its comprehensive performance is the formation of two networks within the rubber.

1. The network structure of the high polymer chains formed by rubber provides physical and mechanical properties with rubber characteristics, such as resilience, compressibility, and moisture-sealing performance.

2. A three-dimensional conductive network formed by the closely packed conductive particles within the rubber matrix, providing the electrical properties required by the product.

Compression-molded conductive rubber can be made into sheets of various thicknesses, molded products, strip products, and die-cut flat pads. Extruded conductive rubber can be made into various standardCross-sectionContinuous padding, rectangular, circular,“D”Shape“U”Shape“P”Shapes, various thin-walled structures, and customizable according to customer requirements. Various cross-sections. Products meet U.S. military standards.MIL-G-83528Broadly used in aerospace and electronic equipment, including medium and small-sized electronic enclosures, cabinets, shelters, and microwave waveguide systems, as well as waveguide and connector gaskets.