Graphene Conductive Paste_NMP

Graphene conductive paste is a product produced by Xiamen Knano's 6th generation physical method technology. This product is mainly made of ultra-high purity graphene and dispersants as raw materials, using special process of graphene exfoliation dispersion, and uniformly dispersed in NMP solvent. By utilizing the excellent electrical conductivity, thermal conductivity, and ultra-thin layer structure of graphene, binded with other conductive carbon materials, a humorous conductive network can be formed on the positive electrode material, thereby reducing the internal resistance of lithium batteries, improving performance of lithium battery’s rate and life cycle.

*It is recommended to use in combination with carbon nanotube (CNT) conductive paste and carbon black, as this will enhance the conductivity.

Product serial number

Characteristics

Series number	Solid content	Graphene layer thickness	Fe content	Viscosity	Moisture
KNG-LB102-20	5.30%	1.2-2.5nm	≤5ppm	≤7000 mPa.s	≤1000ppm

*It is recommended to use in combination with carbon nanotube (CNT) conductive paste and carbon black, as this will enhance the conductivity.

Product features

Moderate Particle Size and Thickness: This ensures good ‘surface’ electrical conductivity and lithium-ion diffusion performance, which is beneficial for customers designing high-conductivity high-rate batteries.
Excellent Conductivity: Utilizing an innovative gentle mechanical exfoliation process, the lattice structure remains intact which is beneficial for customers in producing high energy density batteries.
Quality Reliability: Utilizing highly automated production lines, the quality remains stable, benefiting customers in producing highly consistent batteries.
Low Metal Impurities: The entire system controls metal impurities, which is beneficial for customers in producing high-safety batteries.
Brilliant Application Performance: Can reduce the internal resistance of lithium batteries, enhancing their rate performance and cycle life.

Thickness distribution range: 1.203 nm ~ 2.044 nm
Average thickness: 1.571 nm
The thickness distribution graph is as above.

Package


25 kg per drum	200 kg per drum	1,000 kg per drum

Note:The product information in this data is for reference only. This is subject to change without notice.
While the information provided is believed to be accurate, Knano makes no warranties and assumes no liability in connection with use of the information.