Hexing Chemical's high-performance conductive carbon black production and sales ranks first in the world

As an important pillar of the New Energy Materials City in Central China, Hexing Chemical Industry Co., Ltd. has made great achievements in the field of conductive carbon black. Hexing Chemical takes key core technology research as a breakthrough, accounting for 40% and 18% of the market shares in China and the global conductive carbon black market respectively. Up to now, Hexing Chemical's high-performance conductive carbon black production capacity has reached 30,000 tons, ranking first in the world.

Today, Hexing Chemical's eight newly built conductive carbon black production lines will be jointly commissioned and tested, and the production scale will reach 50,000 tons by then.

Liu Xinsheng, chairman of Hexing Chemical, said that the particulate conductive carbon black independently developed by Hexing Chemical is a good conductive, coloring and reinforcing material, and is widely used in lithium batteries, electronic components, conductive rubber, conductors, cable shielding materials, etc. fields.

It is understood that Hexing Chemical Industry Co., Ltd. is located in Jiaozuo and has a reputation in the field of carbon black. It is one of the world's largest producers of acetylene carbon black. However, as the market continues to change, acetylene carbon black has encountered bottlenecks in terms of technical content and market demand. However, Hexing Chemical is unwilling to accept the status quo, changes its thinking, and actively seeks new development directions.

After repeated argumentation, Hexing Chemical decided to rely on its own technology and talent advantages, based on carbon black, adopt high-tech and advanced applicable technologies for grafting transformation, expand the industrial chain, and develop alternative products with higher technical content and better market prospects. Among them, the world's first carbon black modification technology has become the key to technological breakthroughs, allowing high-performance carbon black products to be successfully developed and put on the market. These high-performance carbon black products have the advantages of high structure, high crystallinity, high purity, and excellent electrical and thermal conductivity properties.