Cabot Energy Materials is a business unit that the Cabot Group has established in response to the needs of the rapidly growing lithium battery industry.
From May 22 to May 24, Cabot Energy Materials brought their products and solutions in the battery industry to the 13th China International Battery Technology Exhibition in Shenzhen. The show has more than 1,200 companies exhibiting and is expected to attract more than 60,000 visitors.
Cabot at the 13th China International Battery Technology Exhibition
Cabot's products in the lithium battery industry include basic conductive carbon black, superconducting carbon black, graphene, fumed silica and alumina. The products are in the form of powder particles or slurry dispersions. Cabot's conductive product solutions developed for different applications and performance requirements of lithium batteries have achieved easy dispersion, low viscosity, and high solid content. At the same time, Cabot's team will work closely with customers, relying on Cabot's technology and formulation advantages, to provide customers with cost-effective, easy-to-use products customized to meet customer needs for product performance and business growth goals.
As an established specialty chemical multinational company with a history of more than 130 years, Cabotza is a fundamental market. After entering the Chinese market for more than 30 years, it has continuously provided high-quality products and services to local and global customers. At present, Cabot has a national regional headquarters and 6 factories in China. In 2017, Cabot invested and established Cabot Asia-Pacific Technology Center in Shanghai, continuing Cabot's commitment, working with customers to innovate in technology, and providing services such as application development and technical support. Cabot believes that with the carbon material production technology, research and development capabilities, excellent global supply chain management system and strict quality control system that Cabot has accumulated for more than 100 years, it will become an ideal partner for conductive carbon additives.