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GNLN-O5 conductive paste

The GNLN-O5 is based on the nickel series coarse carbon nanotubes as the core, NMP as the solvent, adding a certain amount of graphene composite conductive paste. The addition of the appropriate proportion of graphene increases the flexibility of the pole, the high thermal conductivity of graphene, improves the heat transfer in the lithium-ion battery, and improves the safety performance. At the same time, the use of carbon nanotubes and graphene excellent electrical conductivity, can be in the whole material system to form efficient line surface contact, constitute a three-dimensional conductive network, can effectively reduce the battery internal resistance, improve the battery charge and discharge rate and cycle performance. Product Features 1. Production of graphene by mechanical stripping method, high conductivity; 2. Reduce the amount of conductive agent and binder used, improve the battery density; 3. The slurry has stable viscosity, good leveling, easy dispersion and easy coating; 4. Improve the battery charge and discharge rate and cycle performance; 5. Improve safety performance. product morphology Technical parameters Use recommendations Recommended for use in the LFP system. Packing method Available in 25kg, 200kg or 1000kg packages.

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GNLC-O5 conductive paste

The GNLC-O5 is based on cobalt carbon nanotubes as the core, NMP as the solvent, adding a certain amount of graphene composite conductive paste. The addition of the appropriate proportion of graphene increases the flexibility of the pole, the high thermal conductivity of the ink, improves the heat transfer in the lithium-ion battery, and improves the safety performance. At the same time, the use of carbon nanotubes and graphene excellent electrical conductivity, can be in the whole material system to form efficient line surface contact, constitute a three-dimensional conductive network, can effectively reduce the battery internal resistance, improve the battery charge and discharge rate and cycle performance. Product Features 1. Production of graphene by mechanical stripping method, high conductivity; 2. Reduce the amount of conductive agent and binder used, improve the battery density; 3. The slurry has stable viscosity, good leveling, easy dispersion and easy coating; 4. Improve battery charge and discharge rate and cycle performance; 5. Improve safety performance. product morphology Technical parameters Use recommendations Recommended for use in the LFP system. Packing method Available in 25kg, 200kg or 1000kg packages.

Key words:

the

and

battery