HOPE530 for Graphene Processing Equipment Solution

With the rise of new energy vehicles, lithium battery anode materials have become the most important application direction of graphite. It is not only the hardest material with the highest thermal conductivity in the world, but also the material with the smallest resistance in the world. It can produce lightweight, durable, high-capacity energy storage batteries, which can greatly shorten charging time and is an ideal battery material.
According to analysis by professional organizations, more than 65% of the world's lithium battery anode materials use natural graphite as raw material. Each pure electric vehicle uses an average of about 100 kilograms of graphite. Green energy and low-carbon travel will push the demand for graphite even higher. According to the World Bank, in order to achieve temperature control Target global graphite production needs to increase by more than 450% by 2050
A large graphite deep processing project in Heilongjiang, China
Currently almost all graphite processing is in China and Chinese graphite is mostly distributed in the Heilongjiang region. Since China controls all spherical graphite processing and the United States does not produce any natural graphite, the dependence of U.S. battery grade graphite on China is quite high.

SLANVERT provided an overall solution for a large-scale graphite deep processing project in Heilongjiang, covering mills, main machines and extension machines, dust removal, etc. The first phase of the production process project has a total of 36 production lines with an annual production capacity of approximately 100,000 tons, becoming the "leader in transmission control in the field of graphite deep processing in China" It has a typical industry demonstration role, not only promoting fully automated production and flexible production of graphite processing, but also adding glory to domestic brands in assisting the low-carbon development of the graphite industry.