Oil-based conductive paste

Oily graphene carbon nanotube composite conductive paste Graphene can be used as a flexible two-dimensional conductive additive and dispersed in positive and negative electrode materials to form a conductive network because of its excellent properties such as high electronic conductivity, large specific surface area, and high thermal conductivity....

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Oily graphene carbon nanotube composite conductive paste

Graphene can be used as a flexible two-dimensional conductive additive and dispersed in positive and negative electrode materials to form a conductive network because of its excellent properties such as high electronic conductivity, large specific surface area, and high thermal conductivity.

Oily graphene carbon nanotube composite conductive paste

Graphene can be used as a flexible two-dimensional conductive additive and dispersed in positive and negative electrode materials to form a conductive network because of its excellent properties such as high electronic conductivity, large specific surface area, and high thermal conductivity. With the combination of carbon nanotubes, conductive carbon black, etc., a more complete three-dimensional conductive network can be formed, which can accelerate the transmission speed of Li+ and electrons during battery charging and discharging, greatly improve the conductivity of electrode materials, effectively reduce battery polarization, improve battery rate performance and cycle performance, and at the same time reduce battery internal resistance, reduce heat generation, and improve battery safety.

Oily graphene carbon nanotube composite conductive slurry

Appearance: black slurry

Solid content: 6.4±0.2wt%

Carbon nanotube content: 3.0±0.15wt%

Graphene content: 2.0±0.15wt%

Dispersant content: 1.4±0.05wt%

Water content: <1000ppm

Magnetic precipitate: <0.5ppm

Fe content: <20ppm

Shandong Tanfeng New Materials Technology Co., Ltd. is mainly engaged in the development, manufacturing, testing, sales of nanomaterials such as graphene and carbon nanotubes and new energy materials such as lithium batteries, as well as related technical services and promotion.

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