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DOWSTONE

CN

Carbon materials

The company's carbon materials business is mainly operated by "Griffin New Energy" and is one of the earliest enterprises in China to apply graphene in bulk. Currently, it is in the first tier of the industry in terms of production and sales scale, customer recognition, research and development capabilities, and its main products include carbon nanotube conductive agents and graphene conductive agents, graphitization processing, and silicon-based negative electrode materials.

The company has successfully overcome the challenge of large-scale preparation technology that balances high quality and low cost, and has developed a stable production technology solution for single-walled carbon nanotubes. At the same time, a technologically advanced integrated research and development production system for silicon-based negative electrode materials has been established, and a complete supply chain and research and development system for conductive agents such as catalysts, carbon nanotube powders, high-purity powders, conductive slurries, and NMP recovery have been continuously improved.


碳材料

Core Product

Single walled carbon nanotube powder GRF-C5001


Single walled carbon nanotube conductive paste


Oligowalled carbon nanotube powder GRF-C4001


Oligowalled carbon nanotube conductive paste


Multi walled carbon nanotube powder


Multi walled nanotube conductive paste


Silicon carbon negative electrode ES-1

◆ The first coulombic efficiency is high, with a 0.8V initial efficiency of over 86.5%, and the full electric initial efficiency can be 1-2% higher than conventional gas-phase silicon carbon negative electrodes;

◆ In situ synthesis of porous carbon with high carbon skeleton strength, and excellent cycling performance in the silicon cylindrical battery system with partially filled pores.

Silicon carbon negative electrode MS-3

◆ Using spherical resin based porous carbon with high porosity;

◆ High compressive strength, low expansion, excellent battery cycling performance;

◆ Suitable for high silicon, high-voltage, and long-life battery systems.