At the just concluded global battery industry event - the 17th China (Shenzhen) International Battery Technology Conference/Exhibition (CIBF2025) (May 15-17, Shenzhen City), as a leading enterprise in the field of new energy battery casings in China, Shandong Xinheyuan Heat Transfer Technology Co., Ltd. made a stunning debut with a number of innovative high-performance battery casing products and solutions, and became one of the focuses of the exhibition with its precision manufacturing process and cutting-edge technology R&D strength.
As the largest battery exhibition in Asia, the CIBF exhibition attracted top enterprises from all over the world to participate, and more than 400,000 professional visitors came to attend. According to incomplete statistics, the booth of Xinheyuan Company received more than 1,000 person-times of domestic and foreign customers from Europe, Russia, India, etc., and reached cooperation intentions with a number of domestic and foreign customers.
At this exhibition, Shandong Xinheyuan focused on displaying:
New energy vehicle long-cell battery casings, using the latest cold bending forming + high-frequency welding process, which breaks through the constraints of traditional drawing/extrusion processes and 攻克 (overcomes) the ultra-thin aluminum shell welding technology. High strength and good heat dissipation performance!
Long-cell explosion-proof battery casings, with integrated design, active pressure relief, safer, longer life, lighter and more economical!
The newly launched 130-type casing production line, independently developed in the whole line, with production line performance reaching the international leading level, supporting full-specification customization! Wang Quanwei, General Manager of Shandong Xinheyuan, said: "This CIBF is an important window for the company's technological deep cultivation. In the future, we will continue to invest (such as 'solid-state battery supporting casings' or 'overseas production bases') to lay out and provide global customers with safer and more efficient battery structural part solutions."
