H8000 Double-Side Conducted PU-Based Carbon Film
The double-sided conducting PU-based carbon film was prepared by calendering with high molecular superconducting nano-carbon black, graphene and auxiliary agent.
Description
The double-sided conducting PU-based carbon film was prepared by calendering with high molecular superconducting nano-carbon black, graphene and auxiliary agent. The finished film has smooth and flat surface, uniform and stable surface resistance, excellent double-side conduction performance, softer material compared with PE-based carbon film, uniformly bending resistance, acid and alkali solvent resistance, oil resistance, heat resistance, cold resistance and oxidation resistance, and service life of more than 15 years. In addition, the special requirements of waterproofing, antirust, flame retardant and ductility can be realized by adjusting the proportion of the base material.
| > Products are applied to all kinds of beauty, health care and other physiotherapy electrode products; |
| > Products are also used in all kinds of examination, treatment, monitoring medical electrode products; |
| > Produces are used in all kinds of electrical appliances, cables, aerospace, petrochemical and other electromagnetic shielding products; |
| > Produces are used in patch electrode, voltage inductance circuit and various flexible corrosion-resistant electrode products; |
| > Produces are applied to all kinds of low temperature electric heating products such as surface heating, heat preservation, heating and defogging. |
| The Main Technical Parameters Are As Follows | |
| General square resistance | ：10~100,000Ω/□ |
| The surface resistance can be reduced to 0.02Ω/□by surface coating graphene, superconducting carbon paste or silver paste. | |
| Thickness | ：20~400μm |
| Width | ：5~1500mm |
| Unlimited length | |
| Conventional service temperature | ：-20~150℃ |
| Extreme temperature resistance | ：-60~180℃ |
Note: Carbon film is a pure resistance circuit, so its conversion efficiency is high, except for a small part of the loss (2%). The majority (98%) is converted to thermal energy. In addition, the heat generated by the carbon film is mainly radiated, , which fits in with low temperature radiation. It is a kind of infrared ray which is beneficial to human health and is called “life light wave” by scientists. It has transmissivity and wavelength of 8.97 microns (graphene emits 8-15 microns far infrared wave, resonance wave range of human body is 3-15 microns, carbon-carbon bond, carbon-hydrogen bond, oxygen-hydrogen bond and so on in cells and molecules of human body tissue can resonance resonance resonance under the far infrared wave of graphene). It can be quickly absorbed by the human body, so that the microvascular dilation, promotes blood circulation and metabolism, enhance human immunity, is very beneficial to health.
