OK
Coatings Ingredients
Industry News

PPG Launches Battery Pack Application Center for EVs in China

Published on 2024-06-04. Edited By : SpecialChem

TAGS:  Automotive Coatings     Powder Coatings     Sustainability / Natural Coatings    

PPG Battery Pack Application Center EVs China PPG announces that it has inaugurated a battery pack application center (BPAC) in Tianjin, China. The $30-million facility features a full range of capabilities to test the application of PPG coatings technologies, materials and systems for electric vehicle (EV) battery packs. This will allow customers to accelerate the development of new EV technologies.

Customizable Coatings Solutions to Reduce Application Cost


The BPAC will include application testing for PPG technologies. It involves powder coatings, fire protection coatings, dielectric coatings, adhesives and sealants. It also includes surface pre-treatment and e-coat technologies.

The modular design will allow for independent projects to be carried out concurrently in each of the application areas. This flexibility will enable the development of material and process solutions across the range of current and potential customers.

The new application center is an important milestone in our effort to support our customers in China in the EV battery market,” said Vincent Robin, PPG global vice president, Automotive Coatings. “The new facility will be an important way for customers to validate our customizable coatings solutions that help them reduce application cost, increase battery life, range and charging speed, and contribute to occupant safety.

The application center showcases PPG’s work in R&D and application technologies for EV batteries, while playing a significant role in developing our local talent in Tianjin,” said Thomas Li, PPG vice president, Asia Pacific, Automotive Coatings. “It highlights the focus on our work to develop sustainable, cutting-edge technologies in China, and provide our customers with value-added solutions.

Source: PPG

Auto-pb-22powder-pb-22Sustainability-cha-22-push


Back to Top