Amid the lightweighting trend, high-strength steel stampings are driving the development of new-energy vehicles.

New energy vehicles are placing increasingly stringent demands on vehicle weight reduction and range improvement, driving the continued expansion of high-strength steel applications in seat components and body‑in‑white stampings. By optimizing stamping processes, we achieve component weight reduction while maintaining structural integrity, thereby balancing safety and energy‑efficiency performance. The company is steadily advancing high‑strength steel forming technologies, refining tooling and stamping parameters to minimize cracking and springback issues, and aligning with the component‑supply needs of new‑energy vehicle platforms.

Automotive Seat Frame: The Invisible Guardian of Vehicle Safety

Automotive seats are more than just a source of riding comfort; the stamped components of the seat frame are critical structural elements for crash safety. Stamped parts such as the seat frame, slide rails, and recliner brackets must withstand impact loads, and their dimensional accuracy and material strength directly determine the seat’s resistance to deformation. Our company focuses on the precision stamping of seat‑related components, rigorously adhering to the IATF 16949 automotive quality standard to ensure both structural integrity and dimensional consistency, thereby laying a solid foundation for overall vehicle cabin safety.