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PI Conductive Carbon Film/Carbon Film/Black Conductive Plastic Film/Polyimide conductive film/
product model：JH7900
This product is mainly manufactured through a special process. It has stable resistance and can be made with both double-sided and single-sided conductivity. The resistance can be customized as per your requirements. The pi material is resistant to acids and alkalis, oil, heat, cold and oxidation.
Application:
Industry and General Domains
Drying equipment: Electric heating elements used for heating drying tunnels, providing a stable heat source
Low-temperature electric heating products: Covering scenarios such as surface heating, heat preservation, heating, and defogging, such as heating components of small household appliances
Electromagnetic shielding products: Applied in various electrical appliances, cables, aerospace, petroleum and chemical industries to reduce electromagnetic interference
Medical and Health Field
1.Electrode products: used for patch electrodes, various flexible and corrosion-resistant electrodes, compatible with medical monitoring equipment
2.Physical therapy and health care: applied to beauty and health care physical therapy electrode products to assist in health care
3.Medical monitoring and treatment: used for examination, treatment, and monitoring medical electrode products, such as electrocardiogram (EKG) related electrode.
Special Function Scenarios
1.Flexible surface heating with graphene: Heat generated by graphene is mainly dissipated in the form of radiation (low-temperature radiation).
2.Energy battery electrodes: Associated with PE separator application (the PE separator can physically isolate the positive and negative electrodes to prevent short circuits, allowing Li⁺ to pass through 0.1-1μm uniform micropores, ensuring charging and discharging efficiency), suitable for the structure of battery electrodes.
polyimide material
double/single-side conductive
customized size
customized resistance
smooth and flat surface
Product Specification
General square resistance（Ω/□） | Thickness（μm） | Width（mm） | Length（m） | （℃） | Extreme temperature resistance（℃） |
60 | 40 | 5~520 | 50-500 | -200~260 | -260~300 |
100 | 40 | 5~520 | 50-500 | -200~260 | -260~300 |
120 | 50 | 5~520 | 50-500 | -200~260 | -260~300 |
Graphene flexible surface heating application
Carbon film primarily releases heat through radiation—a form of low-temperature radiation with transmissive properties—at a wavelength of 8.97 microns. Notably, when graphene heats up, it emits far-infrared waves spanning 8 to 15 microns, which overlaps with the 3–15 micron range of the human body’s resonant waves. Under the influence of these graphene-generated far-infrared waves, the carbon-carbon, carbon-hydrogen, and oxygen-hydrogen bonds in the cell molecules of human tissues can undergo resonance. This type of infrared radiation is beneficial to human health and has been dubbed "life light waves" by scientists. It can be rapidly absorbed by the human body, helping to dilate capillaries, boost blood circulation and metabolism, and strengthen the body’s immunity, thereby offering significant health benefits.
Energy battery electrodes
The primary role of the Pi separator is twofold: first, it serves as a physical barrier between the positive and negative electrodes to avert short circuits; second, it features uniform micro-pores (with a pore diameter ranging from 0.1 to 1μm) that enable the unobstructed movement of Li⁺ ions. Together, these functions guarantee the efficient performance of charging and discharging processes.
PI Conductive Carbon Film/Carbon Film/Black Conductive Plastic Film/Polyimide conductive film/
product model：JH7900
This product is mainly manufactured through a special process. It has stable resistance and can be made with both double-sided and single-sided conductivity. The resistance can be customized as per your requirements. The pi material is resistant to acids and alkalis, oil, heat, cold and oxidation.
Application:
Industry and General Domains
Drying equipment: Electric heating elements used for heating drying tunnels, providing a stable heat source
Low-temperature electric heating products: Covering scenarios such as surface heating, heat preservation, heating, and defogging, such as heating components of small household appliances
Electromagnetic shielding products: Applied in various electrical appliances, cables, aerospace, petroleum and chemical industries to reduce electromagnetic interference
Medical and Health Field
1.Electrode products: used for patch electrodes, various flexible and corrosion-resistant electrodes, compatible with medical monitoring equipment
2.Physical therapy and health care: applied to beauty and health care physical therapy electrode products to assist in health care
3.Medical monitoring and treatment: used for examination, treatment, and monitoring medical electrode products, such as electrocardiogram (EKG) related electrode.
Special Function Scenarios
1.Flexible surface heating with graphene: Heat generated by graphene is mainly dissipated in the form of radiation (low-temperature radiation).
2.Energy battery electrodes: Associated with PE separator application (the PE separator can physically isolate the positive and negative electrodes to prevent short circuits, allowing Li⁺ to pass through 0.1-1μm uniform micropores, ensuring charging and discharging efficiency), suitable for the structure of battery electrodes.
polyimide material
double/single-side conductive
customized size
customized resistance
smooth and flat surface
Product Specification
General square resistance（Ω/□） | Thickness（μm） | Width（mm） | Length（m） | （℃） | Extreme temperature resistance（℃） |
60 | 40 | 5~520 | 50-500 | -200~260 | -260~300 |
100 | 40 | 5~520 | 50-500 | -200~260 | -260~300 |
120 | 50 | 5~520 | 50-500 | -200~260 | -260~300 |
Graphene flexible surface heating application
Carbon film primarily releases heat through radiation—a form of low-temperature radiation with transmissive properties—at a wavelength of 8.97 microns. Notably, when graphene heats up, it emits far-infrared waves spanning 8 to 15 microns, which overlaps with the 3–15 micron range of the human body’s resonant waves. Under the influence of these graphene-generated far-infrared waves, the carbon-carbon, carbon-hydrogen, and oxygen-hydrogen bonds in the cell molecules of human tissues can undergo resonance. This type of infrared radiation is beneficial to human health and has been dubbed "life light waves" by scientists. It can be rapidly absorbed by the human body, helping to dilate capillaries, boost blood circulation and metabolism, and strengthen the body’s immunity, thereby offering significant health benefits.
Energy battery electrodes
The primary role of the Pi separator is twofold: first, it serves as a physical barrier between the positive and negative electrodes to avert short circuits; second, it features uniform micro-pores (with a pore diameter ranging from 0.1 to 1μm) that enable the unobstructed movement of Li⁺ ions. Together, these functions guarantee the efficient performance of charging and discharging processes.
