High conductivity carbon nanotube film

High conductivity carbon nanotube filmProduct Name Name: High conductivity carbon nanotube film Product Overview This product is a carbon nanotube film prepared by the CVD method, which is composed of a certain length of disordered carbon nanotubes interwoven with each other to form micropores. No binder, surfactant and other substances, good flexibility. Carbon nanotube films prepared by the CVD method have some significant advantages, such as the ability to achieve large area, high

Product Name

Name: High conductivity carbon nanotube film

^{Product Overview}

This product is a carbon nanotube film prepared by the CVD method, which is composed of a certain length of disordered carbon nanotubes interwoven with each other to form micropores. No binder, surfactant and other substances, good flexibility. Carbon nanotube films prepared by the CVD method have some significant advantages, such as the ability to achieve large area, high quality and controlled growth. In the preparation process, by precisely regulating the reaction parameters, such as temperature, pressure, gas flow and catalyst, the diameter, length, density and arrangement of carbon nanotubes can be controlled, so as to meet the needs of different application scenarios.

^{Technical Parameter}

Form: Black film

Thickness: 5-15 μm

Tensile strength: 80-120 MPa

Flexibility: Can be bent repeatedly

Conductivity: (1-10)x104 S/m

Metal content: 10-12wt%

^{Product Features}

Good flexibility: It can be bent at will to meet the needs of flexible electrodes.

Good electrical conductivity: carbon nanotube paper has a high electrical conductivity and can be used to prepare electrode materials.

Good thermal conductivity: can be used as heat dissipation material for high-power electronic devices.

Good chemical stability: good corrosion resistance and oxidation resistance.

Application Fields

Electronic devices: such as transistors, sensors, displays, etc.

Energy field: Can be used for fuel cells, lithium-ion batteries, etc.

Composite materials: composite with polymers and other materials to prepare high-performance composite materials.

Heat dissipation material: used for heat dissipation of high-power electronic devices.

Catalyst carrier: Support catalyst to improve catalytic efficiency.

^{Related Information}

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