Carbon nanotubes have very good electrical conductivity and structural characteristics of extremely high aspect ratio. Adding them to the electrode materials of batteries can effectively build a complete electronic conduction network. EV batteries with longevity requirements, energy storage power batteries with consideration of rate and capacity density, and batteries with special performance requirements such as ultra-high/ultra-low temperature.
Wearable device
PI heating film for CNT lithium battery: Pi heating film is made of two layers of polyimide film with glue and carbon nanotube conductive film by high temperature heat pressing. It is light and soft, and has good thermal conductivity; various specifications can be customized according to actual use conditions Size, suitable physical performance requirements; The product has good temperature resistance -40°C - 120°C and can be used for a long time.
Energy Field
CNT transparent conductive films are a facile, inexpensive, and scalable mass production. The exciting features of almost all modern portable and home electronics are driven by optoelectronic devices, which widely use transparent conductive films, such as touchscreens, liquid crystal displays, organic photovoltaic cells, and organic light-emitting diodes.
Special field
Adding a small amount of carbon nanotubes to the polymer materials used to manufacture some auto parts can effectively improve the efficiency of electrostatic spraying. Good conductivity makes the polymer have a certain surface conductivity, so that it can be directly electrostatic sprayed.
Product Application
High-end lithium ion power battery and energy storage battery
Lithium ion power battery new high energy battery. It has the advantages of high energy, high battery voltage, wide working temperature range and long storage life.
Transparent Conductive Film
Transparent conductive film is a kind of film that can conduct electricity and has high transparency in visible light range, mainly including metal film series, oxide film series, other compound film series, polymer film series, composite membrane series, etc.
Carbon nanotube conductive paper
Carbon nanotube paper (Ba-based paper) is composed of disordered carbon nanotubes of a certain length, which has a specific surface area far greater than that of carbon fiber paper, a strength similar to that of thermal conductive graphite sheet, good thermal conductivity and chemical stability, it has great application value in the fields of fuel cell gas diffusion layer, electrochemical supercapacitor, lithium ion battery cathode, heat dissipation pad of high-power electronic devices, high-performance polymer composite materials and so on.
Wear-resistant car rubber tire
The liquid nanometer formula avoids the damage to the rubber polymer chain caused by the traditional heating stirring rubber production process. Nanometer increases the abrasion resistance of rubber, making the fusion of rubber juice in liquid more uniform.
High strength and toughness carbide
Hard Alloy has a series of excellent properties such as high hardness, wear resistance, good strength and toughness, heat resistance and corrosion resistance, especially its high hardness and wear resistance.
Polymer Composite material
Multiphase solid materials formed by composite bonding of polymer materials and other substances with different compositions, shapes and properties, and materials with interfaces.
Solar cell transparent conductive material
Thin film solar cells can be manufactured by using low-cost ceramics, graphite, metal sheets and other different materials as substrates.
Electronic ink
Electronic ink is a new method and technology to innovate information display.
