HG1008 silicone carbon film
HG1008 silicone carbon film
HG1008 silicone carbon film
HG1008 silicone carbon film
HG1008 silicone carbon film
HG1008 silicone carbon film
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  • HG1008 silicone carbon film
  • HG1008 silicone carbon film
  • HG1008 silicone carbon film
  • HG1008 silicone carbon film
  • HG1008 silicone carbon film
  • HG1008 silicone carbon film

HG1008 silicone carbon film

  • Detailed description
  •   HESION Fifth Power professionally produces conductive silicone rubber, a specially designed silicone rubber material with excellent electrical properties. It ensures good electrical insulation while effectively conducting and dissipating static charges, preventing electrostatic accumulation.
       Product Description:
      1. Material and Construction:
    Conductive silicone rubber is mainly made from silicone rubber as the base material, with conductive fillers (such as acetylene black, carbon nanotubes, graphite, metal powder, etc.) mixed in. These conductive fillers are evenly distributed in the silicone rubber matrix, forming a network-like conductive channel.
      2. Performance Characteristics:
      • Conductive Properties: The surface resistivity is typically between 10^2 and 10^10 ohms/square, and can be adjusted according to actual application needs, preventing both electrostatic discharge and electromagnetic interference.
      • Environmental Adaptability: It has good high and low temperature resistance and maintains stable conductive performance within a wide temperature range of -70℃ to 200℃. It also has good weather resistance and chemical corrosion resistance.
      • Mechanical Properties: It retains the original excellent elasticity, softness, tensile strength, and compression resistance of silicone rubber, and is easy to process into products of various shapes and sizes.
      • Application Safety: It is environmentally friendly and non-toxic, and has good insulation properties, ensuring that it will not cause short circuits while conducting electricity.
      3. Application Range:
      • Electronic Devices: Used in electronic components, circuit boards, cable connectors, etc., as EMI shielding materials or anti-static materials.
      • Medical Devices: Used in medical device components that require a combination of conductivity and insulation.
      • Transportation: Used in electromagnetic compatibility (EMC) solutions for aircraft, high-speed rail, and other transportation vehicles.
      • Industrial Field: Used as seals for various equipment and pipelines, as well as anti-static and electromagnetic shielding parts.