Universal Carbon Nanocomposite Paper

Carbon nanocomposite paper made of carbon nanotubes, graphene microsheets and a small amount of resin

Main features:

1. Low block resistance (customizable minimum 0.6 Ω/□);
2. Soft and fold-resistant (more than 200,000 times, r=0.5);
3. Contains no metal, stable resistance, corrosion-resistant;
4. Long service life (power without attenuation after 20,000 hours of power-on test);
5. As an electric heating application, it has far-infrared radiation function.

General Specifications

Sheet resistance	0.8Ω/□-150Ω/□ (usually customized range)
Basis weight	30-50 g/m²
Folding resistance	>200,000 times
Wide	300 mm / 650 mm
Paper tube core	1.5 inch / 3 inch
Operating temperature	≤150℃ (long term), 190℃ (extreme within 5 min)

Main Application

1. Electric heating (applicable voltage 0.5 V ~ 380 V)

Intelligent heating clothing, electric blankets, heating mattresses, car seat steering wheel heating, electric heating belts, electric heating eye masks, electric heating knee pads, heating cushions, etc.;
Industrial electric blankets, lithium-ion batteries and other equipment insulation and heating, aircraft, wind turbine blades, road bridges, etc. snow melting and ice removal, infrared baking and drying of agricultural products;
Space heating, such as electric heaters, electric skirting boards, electric heating paintings, electric heating screens, etc.;

2. Electromagnetic shielding
3. Electrochemical electrode materials

Universal carbon nanocomposite paper electric heating application

The square resistance of Natai carbon nanocomposite paper is low and can be customized. The benefit is that any processed electric heater only needs two electrodes, without multiple electrode grid lines, low cost, reliable and stable, softer, more resistant to rubbing, and higher energy efficiency.

Inspection report with attached photos and attached photo table

The flexible fabric heater made of carbon nanocomposite paper can be washed 40 times with power attenuation less than 10%

The carbon nanotubes in the carbon nanocomposite paper maintain good integrity and good conductive bonding, so the resistance is stable and the service life is long.