PE conductive foam (also known as conductive foam), PE conductive foam using polyethylene (PE) and carbon black as the main raw material, adds dozens of excellent performance additives, through dense practice, granulation, extrusion, irradiation, heating, and mixing of foaming and other fine processes, to achieve the perfect combination of carbon and polyethylene, thus forming a polymer conductive foam.PE conductive foam is polyethylene or modified polyethylene and conductive filler and antistatic agent Extrusion molding, after irradiation, high-temperature foaming system to obtain conductive plastic, its surface resistance and volume resistance of 10 to the 3-9th power, permanently conductive, smooth surface, environmentally friendly, widely used in ESD and other fields. In addition, PE conductive foam has good electrical conductivity and long-term lasting ability to eliminate static electricity, is non-polluting, non-corrosive, has no dust peeling and flaking, is moisture-proof, shock-proof, heat insulation, lower puncture pressure, and other excellent characteristics.
Performance | |
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Shielding | 68~88dB when cross section is 0.25 "x0.375" [20MHz~10GHz] |
Surface Resistance | <0.07ohm/in2 ≤0.05Ω/ |
Working temperature | -40℃~150℃ |
Corrosion resistance | electrochemically compatible with aluminum, galvanized iron plate, electroplated iron plate and other materials |
Thickness | 0.3T/0.5T/0.7T/0.8T/1.0T |