Graphene Powder TA-001A (High purity)

TA-001A graphene powder adopts Xiamen Knano's 6th generation graphene production technology and utilizes Knano's unique mechanical exfoliation method to produce high-purity graphene. This graphene powder has advantages such as high purity, high production capacity, low cost, few defects, large diameter to thickness ratio, and excellent electrical and thermal conductivity. TA-001A graphene powder (high purity) can effectively improve the comprehensive performance of batteries as a conductive agent.

*We are able to customize graphene powder and provide R&D service, which can rely on your requests.

Product serial number

Characteristic for Graphene Powder TA-001A (High purity)

Graphene Powder TA-001A (High purity)
Appearance	Black Grey Powder
Thickness	1-3 layers
Carbon content	≥99.0%
Bulk density	0.01-0.02 g/ml
Fe content	≤150 ppm

Product advantage

Technical reliability: With 14 years of technological precipitation, and the 6th generation of graphene upgrade technology.
Reliable quality: With an annual production capacity of 500 tons, a strict quality control system, and complete inspection equipment.
Less impurity content: With comprehensive control of metal impurity content, customers are more confident in using it for high-purity demand areas.
Better electrical conductivity: The use of mechanical exfoliation method reduces defects, making customers more confident in using it in the field of electrical conductivity requirements.
Better thermal conductivity: The use of mechanical peeling method reduces defects, making customers more confident in using it in the field of thermal conductivity requirements.

Typical Application

Conductive agent for lithium batteries
Coating of conductive agent on both cathode and anode materials
Carbon-coated aluminum foil conductive agent
Functional ink
Membrane industrial filtration materials

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.