HG1005 carbon nanotube heating film
HG1005 carbon nanotube heating film
HG1005 carbon nanotube heating film
HG1005 carbon nanotube heating film
HG1005 carbon nanotube heating film
HG1005 carbon nanotube heating film
HG1005 carbon nanotube heating film
HG1005 carbon nanotube heating film
HG1005 carbon nanotube heating film
HG1005 carbon nanotube heating film
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  • HG1005 carbon nanotube heating film
  • HG1005 carbon nanotube heating film
  • HG1005 carbon nanotube heating film
  • HG1005 carbon nanotube heating film
  • HG1005 carbon nanotube heating film
  • HG1005 carbon nanotube heating film
  • HG1005 carbon nanotube heating film
  • HG1005 carbon nanotube heating film
  • HG1005 carbon nanotube heating film
  • HG1005 carbon nanotube heating film

HG1005 carbon nanotube heating film

  • Detailed description
  •   HESION Fifth Power professionally produces carbon nanotube heating films, a high-tech material utilizing the unique properties of carbon nanotubes, graphene, or other carbon-based nanomaterials. These materials are evenly distributed within a thin film to create a membrane-like material with highly efficient heating capabilities.
      Product Description:
      1. Core Technology:

      • Utilizing advanced carbon nanotechnology, such as carbon nanotubes and graphene, the excellent conductivity and thermal conductivity properties result in a heating film with efficient and even heating characteristics.
      2. Product Characteristics:
      • Rapid Heating: The carbon nanotube heating film heats up quickly after power is applied, with a fast heating speed and short thermal response time.
      • Even Heat Dissipation: The heat generated by the heating film is evenly distributed, avoiding localized overheating and improving safety and comfort.
      • High Energy Efficiency: Compared to traditional heating elements, carbon nanotube heating films have higher electrothermal conversion efficiency, making them energy-efficient and environmentally friendly.
      • Good Durability: Carbon nanomaterials have excellent stability, giving the heating film a long service life and good weather resistance.
      • Lightweight, Thin, and Flexible: Carbon nanotube heating films are typically very thin, flexible, and bendable, with low square resistance, adapting to various application scenarios and shape requirements.
      • High Temperature Resistance: Withstands temperatures up to 260 degrees Celsius and is non-combustible. Carbon nanotubes do not shed or produce powder.
      3. Specifications:
      Width: 300mm/650mm
      Thickness: 30~50g/m2
      Square Resistance: 0.8~15 ohms
      4. Applications:
      • Underfloor Heating Systems: Used as heating elements in electric underfloor heating systems, installed beneath the floor to provide even floor heating.
      • Home Appliances: Used in electric blankets, heated towel rails, heaters, and other household appliances.
      • Automotive: Used for seat heating, windshield defrosting, and in-car air conditioning heating.
      • Medical and Healthcare: Used in the production of warming protective gear and physiotherapy equipment, providing constant temperature thermotherapy.
      • Other Industrial Fields: Such as electronic device cooling systems, agricultural greenhouse heating, and aircraft de-icing systems.
      5. Usage and Maintenance:
      • Ensure a stable power supply during use, and that the heating film connections are well-insulated to prevent short circuits.
      • Regularly inspect the condition of the heating film after prolonged use to ensure its performance stability and safety.