KS6 Conductive graphite, lithium battery conductive agent_Anhui BEQ Equipment Technology Co., Ltd.

A delegation from the Economic Development Zone of Feixi County investigated the company's products and scientific research results

Recently, Lu Ge, member of the Standing Committee of the Feixi County Party Committee, deputy head, and first secretary of the Economic Development Zone of Feixi County, visited the company. General Manager Kong Lingjie warmly received and accompanied the inspection.

Leaders of Hefei Investment Promotion Bureau surveyed the Best R & D Center

On March 8, 2019, Zhu Shengli, deputy secretary general of the Hefei Municipal Government and director of the Investment Promotion Bureau, and his party visited the product research and development center of Best Group. Research.

Best Group 2018 Highlights

On January 30, 2019, Best Group ’s annual meeting was successfully held!

The Fifth National Energy Storage Science and Technology Conference

From October 26 to 28, 2018, the Fifth National Energy Storage Science and Technology Conference was held at Huazhong University of Science and Technology.

introduction	TTremex TIMREX KS6 graphite is used as a conductive additive in lithium ion electrodes to make up for the shortcomings of conductive carbon black. The conductive carbon black has a large specific surface area and has a high structure due to the focusing of nano-scale primary particles, while micro-scale particles With moderate specific surface area and high anisotropy, the size of the single crystal range in graphite particles is ten times larger than that in carbon black particles, resulting in complementary characteristics.
feature	High thermal conductivity
	Conductivity
	Chemically inert
	Reduce friction
	Abrasion resistance
	Thermal stability
technical parameter	Ash content	0.05% max
	Water content	0.1% max
	density	77 kg/m3
	BET specific surface	26 m2/g
	densityD50	3 um
	specification	50g/bottle
application	Lithium ion batteries, engineering materials, polymeric additives, hot melt metal forming, refractory and metallurgy.