The difference between carbon fiber and metal heating
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Carbon fiber is a microcrystalline graphite material obtained by carbonizing and graphitizing organic fibers. The microstructure of carbon fiber resembles artificial graphite and is a layered graphite structure.
. When the electricity is turned on, the wire will generate more heat than the amount of heat it emits, and its temperature will rise until it is equal. The ability of a carbon fiber to heat up on electricity depends on its resistance and the current passing through it, and its ability to dissipate heat depends on its heat dissipation area and its temperature difference with the environment and the thermal conductivity of the material it is in contact with.
1, carbon fiber heat is not through the medium conduction, but through far-infrared radiation heating, long-term use can promote the body's blood circulation, reduce waist and leg pain.
2, long life: due to the characteristics of carbon fiber made it's corrosion-resistant, durable features. The metal heating wire is susceptible to aging, corrosion, and short service life.
3, high heat conversion rate: carbon fiber heat than the metal heat efficiency out of about 30%.
4, carbon fiber heat without electromagnetic radiation, unlike the metal that requires a shield, harmless to the human body.