Industrial high temperature series
Quality of life
Safe and reliable
Large difference of heat-resistant
Wide range of USES
01) heating fiber
Graphene fiber has strong stability, fast heating speed, high thermal efficiency, high pressure resistance (3750V high pressure test) and long service life.
02) multi-guide fiber
Porous structure heat conduction fiber,360° three-dimensional super heat conduction, good heat dissipation effect, small temperature difference.
03) silver plated electrode
Flexible silver-plated copper wire, sealed on the surface of the composite case, perfect to eliminate weak electric arc, the realization of real safety in the process of use.
04) surface material
Independent research and development, with independent intellectual property rights advanced synthesis process, all materials integration, no bubbles, can not afford to layer, can withstand repeated folding, the scope of application
05) synthesis process
Independent research and development, with independent intellectual property rights advanced synthesis process, all materials are integrated into one, no bubbles, not layer, can withstand repeated hustling, wide range of application
Guanrui graphene flexible electrothermal film is divided into three specifications, each of which is 50 cm (72 cm) wide Meters (width) and 85 cm (width), power between 220w-280w, for the national electric heating The product is of first class quality.
Graphene high temperature flexible electrothermal film
Rule: 500×50000 mm
Electric voltage: 220 v
Power rate: ≥500W/㎡
Material: imported Chinese fir and graphene flexible electrothermal film
Surface temperature: ≤100℃
Scope of application: It can be used for heating industrial products, such as water bag heating and industrial pipeline heating，defrosting, snow removal, equipment heating, product insulation…
The heating principle of graphene flexible electrothermal film is that under the action of electric field, the carbon molecule group in the heating body produces “Brownian motion”, and fierce friction and collision between carbon molecules are generated. The heat energy generated is transmitted in the form of far-infrared radiation and convection, and the effect of carbon molecules makes the surface of the system heat up rapidly.