Innovation & Development | Baiter Chemical Shines at the 9th Lubricant Innovation and Development Forum


Recently, Bett Chemical was invited to participate in the 2025 (9th) Lubricant Innovation and Development Forum/Supply Chain Exhibition held in Guangzhou, where it joined industry peers to discuss innovation and jointly explore avenues for development. This participation further enhanced Bait Chemical’s brand image within the industry and showcased the company’s technological strength in the field of lubricant additives.

 

Demonstrate technical prowess

As a leading company in the field of lubricant additive technology, Bait Chemical this time highlighted several innovative achievements it has made in additive R&D over recent years. At the event, the company’s technical representatives engaged in in-depth discussions with numerous customers and partners, sharing Bait Chemical’s technological breakthroughs in enhancing lubricant performance and extending equipment service life.

Grasp the cutting edge of the industry

During the exhibition, Bait Chemical’s sales and technical team also participated in several specialized technical forums, engaging in extensive exchanges with industry peers on topics such as industry development trends and directions for technological innovation. The innovative solutions showcased by the company attracted considerable attention from attendees and received high praise from industry experts.

 

Bett Chemical has always been committed to driving growth through technological innovation, continuously increasing its R&D investment and striving to provide customers with higher-quality products and solutions. Through this exhibition, the company has further strengthened its position in the industry and laid a solid foundation for future market expansion. Moving forward, Bait Chemical will continue to uphold the philosophy of innovative development, working hand-in-hand with industry partners to jointly promote technological advancement and sustainable development in the lubricant industry.