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PU Conductive Carbon Film /Carbon Film/Black Conductive Plastic Film
Product number：JH8000
The JH8000 model PU black carbon conductive film of HAOUGER Technology is made from high-molecular superconducting nano-carbon black and graphene through the lamination process. It features a smooth surface, uniform and stable resistance (conventional sheet resistance ranges from 3 to 10,000 Ω/□, and can be as low as 0.02 Ω after surface coating), dual-sided conductivity, softness and flexibility, resistance to acid, alkali, oil, cold, heat and oxidation (extremely resistant to temperature - 50 to 150℃), and a lifespan of over 15 years. It can meet customized requirements such as waterproofing, rust prevention and fire protection by adjusting the base material ratio. It is widely used in beauty, health care and therapeutic electrodes, medical examination and treatment monitoring electrodes, electromagnetic shielding products, flexible electrodes and low-temperature electric heating products. The heat generation is mainly in the form of 8.97-micron low-temperature radiation, which can be absorbed by the human body to promote blood circulation and metabolism and enhance immunity.
Beauty and Healthcare Field: Applied to various beauty and healthcare-related physical therapy electrode products, providing conductive support for physical therapy functions.
Medical Field: Used in various medical electrode products for examination, treatment, and monitoring, ensuring signal transmission during medical detection and treatment processes.
Electromagnetic Shielding Field: Suitable for electromagnetic shielding products in industries such as electrical appliances, cables, aerospace, petrochemicals, etc., to reduce electromagnetic interference.
Flexible Electronics Field: Applied to patch electrodes, pressure-sensitive circuits, and various flexible electrode products, adapting to the morphological requirements of flexible electronic devices.
Low-temperature heating field: Used in various low-temperature electric heating products for surface heating, heat preservation, heating, defogging, etc., such as small heating equipment, anti-fog devices, etc.
material: graphene/carbon black/pu
Heat-resistant, oil-resistant and anti-oxidation
Waterproof and rustproof
General square resistance（Ω/□） | Thickness（μm） | Width（mm） | Length（m） | （℃） | Extreme temperature resistance（℃） |
3~10000 | 20~400 | 5~1400 | 50-500 | -40~120 | -50~150 |
The surface resistance can be reduced to 0.02Ω by surface coating graphene,superconducting carbon paste or silver paste.
Graphene flexible surface heating application
The JH8000 model PU black carbon conductive film, with its core advantages such as high conversion efficiency of pure resistance circuits (98%), beneficial far-infrared radiation of 8.97 microns, wide temperature resistance range from -50 to 150°C, and flexibility and bendability, achieves multi-scenario adaptation in the field of low-temperature electric heating. It is particularly suitable for scenarios with high requirements for heating uniformity, safety, and flexible form.
Medical/physiotherapy flexible electrode material
The JH8000 model PU black carbon conductive film, with its four core advantages of being soft and conformable (adapting to the human body's curves), containing no harmful substances (complying with the EU RoHS and halogen directives), emitting beneficial far-infrared radiation at 8.97 microns, and having stable and controllable resistance (ensuring heating/conductivity accuracy), perfectly meets the stringent requirements of the medical and physiotherapy field for "safety, biocompatibility, and functional stability". It can serve as a core component to empower various medical detection, physiotherapy, and rehabilitation products. eg: TENS/EMS FITNESS/
Detailed images of PU film under an electron microscope
The relevant production instruments for manufacturing PU film
Panoramic view
Place the release film platform
Winding machine
PU Conductive Carbon Film /Carbon Film/Black Conductive Plastic Film
Product number：JH8000
The JH8000 model PU black carbon conductive film of HAOUGER Technology is made from high-molecular superconducting nano-carbon black and graphene through the lamination process. It features a smooth surface, uniform and stable resistance (conventional sheet resistance ranges from 3 to 10,000 Ω/□, and can be as low as 0.02 Ω after surface coating), dual-sided conductivity, softness and flexibility, resistance to acid, alkali, oil, cold, heat and oxidation (extremely resistant to temperature - 50 to 150℃), and a lifespan of over 15 years. It can meet customized requirements such as waterproofing, rust prevention and fire protection by adjusting the base material ratio. It is widely used in beauty, health care and therapeutic electrodes, medical examination and treatment monitoring electrodes, electromagnetic shielding products, flexible electrodes and low-temperature electric heating products. The heat generation is mainly in the form of 8.97-micron low-temperature radiation, which can be absorbed by the human body to promote blood circulation and metabolism and enhance immunity.
Beauty and Healthcare Field: Applied to various beauty and healthcare-related physical therapy electrode products, providing conductive support for physical therapy functions.
Medical Field: Used in various medical electrode products for examination, treatment, and monitoring, ensuring signal transmission during medical detection and treatment processes.
Electromagnetic Shielding Field: Suitable for electromagnetic shielding products in industries such as electrical appliances, cables, aerospace, petrochemicals, etc., to reduce electromagnetic interference.
Flexible Electronics Field: Applied to patch electrodes, pressure-sensitive circuits, and various flexible electrode products, adapting to the morphological requirements of flexible electronic devices.
Low-temperature heating field: Used in various low-temperature electric heating products for surface heating, heat preservation, heating, defogging, etc., such as small heating equipment, anti-fog devices, etc.
material: graphene/carbon black/pu
Heat-resistant, oil-resistant and anti-oxidation
Waterproof and rustproof
General square resistance（Ω/□） | Thickness（μm） | Width（mm） | Length（m） | （℃） | Extreme temperature resistance（℃） |
3~10000 | 20~400 | 5~1400 | 50-500 | -40~120 | -50~150 |
The surface resistance can be reduced to 0.02Ω by surface coating graphene,superconducting carbon paste or silver paste.
Graphene flexible surface heating application
The JH8000 model PU black carbon conductive film, with its core advantages such as high conversion efficiency of pure resistance circuits (98%), beneficial far-infrared radiation of 8.97 microns, wide temperature resistance range from -50 to 150°C, and flexibility and bendability, achieves multi-scenario adaptation in the field of low-temperature electric heating. It is particularly suitable for scenarios with high requirements for heating uniformity, safety, and flexible form.
Medical/physiotherapy flexible electrode material
The JH8000 model PU black carbon conductive film, with its four core advantages of being soft and conformable (adapting to the human body's curves), containing no harmful substances (complying with the EU RoHS and halogen directives), emitting beneficial far-infrared radiation at 8.97 microns, and having stable and controllable resistance (ensuring heating/conductivity accuracy), perfectly meets the stringent requirements of the medical and physiotherapy field for "safety, biocompatibility, and functional stability". It can serve as a core component to empower various medical detection, physiotherapy, and rehabilitation products. eg: TENS/EMS FITNESS/
Detailed images of PU film under an electron microscope
The relevant production instruments for manufacturing PU film
Panoramic view
Place the release film platform
Winding machine
