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High-Performance Composite of Silicone Elastomer and Graphene for Enhanced Conductivity and Durability

Silicone Graphene is a next-generation composite material in which a silicone-based elastomer is integrated with graphene—known for its excellent conductivity and mechanical strength. Developed by Nanografi Energy, this innovative combination offers key benefits such as flexibility, thermal/electrical conductivity, and long-term reliability. As a result, it caters to a wide range of applications, including battery heaters, sensor interfaces, electronic coatings, and sealing components—providing efficient and dependable performance.

 
Key Features

 

  • The elasticity and impact-absorbing qualities of silicone merge with graphene’s strength, yielding high mechanical resilience for extended service life.
  • Maintains stability under various stresses—such as vibration, temperature fluctuations, or repeated bending.
  • The exceptional conductivity of graphene leads to low internal resistance and elevated heat transfer properties.
  • Enhances energy efficiency in electronics, heat spreader surfaces, and heating elements.
  • Silicone’s innate resistance to chemicals, UV light, and moisture is further improved with graphene reinforcement, extending durability.
  • Suitable for harsh environments such as automotive, aerospace, and industrial settings where corrosion or extreme temperatures are challenges.
  • Can be molded, extruded, coated, or printed using various manufacturing techniques, saving time and cost in production.
  • Tailorable to specific requirements for viscosity, hardness, or conductivity levels.
  • Ideal for battery heaters, sensor and actuator coatings, flexible circuit boards, EMI/RFI shielding films, and more—where high performance is essential.
  • Adaptable to both small-scale prototype developments and mass-production lines.
 
Key Advantages

 

  • Offers reduced internal resistance and superior thermal management in battery, supercapacitor, or heater applications.
  • Combines mechanical protection with excellent heat dissipation, extending device lifespan.
  • Silicone’s elasticity and chemical resistance unite with graphene’s stiffness and conductivity for a robust composite.
  • Retains reliable performance in demanding conditions over extended periods.
  • Straightforward shaping and low production costs enable seamless scaling from prototypes to large-volume manufacturing.
  • Rapid adaptation to multiple industries and easy customization accelerate return on investment.
  • Nanografi Energy’s logistics and technical infrastructure ensure consistent, on-time material supply at any production scale.
  • Provides tailored product and process support for both research laboratories and full-scale production facilities.

APPLICATIONS

Silicone Graphene for High Performance and Versatile Solutions

Silicone Graphene by Nanografi Energy targets projects demanding flexibility, conductivity, and durability. Capable of usage in anything from battery heaters to wearable electronics, it can be customized for production scale and performance needs.

For more information or customized requests, contact us.
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