Instrument panel cross beams (CCB) are the flagship product of Heda. Our product portfolio covers steel, aluminum alloy, magnesium alloy, and steel‑plastic composite types. With a market share of over 30% in the domestic passenger car segment, Heda ranks among the top suppliers in its niche. We are a qualified supplier to major OEMs including FAW‑Volkswagen, SAIC Volkswagen, SAIC‑GM, BYD, Geely, Great Wall, Toyota, and others.

As a core supplier in the field of automotive passive safety, Shanghai Heda is dedicated to providing OEMs with full‑scenario safety structural solutions covering frontal/rear impacts and side protection.

Leveraging its deep technical expertise in precision metal forming, Shanghai Heda has established high‑strength roll forming as the core process route for lightweight and safety‑critical structural components in automotive body applications.

Shanghai Heda has independently developed the MHP (Medium‑based Hot Forming) process, breaking through the patent barriers of conventional direct hot stamping technology. This innovative process employs a patented medium‑based quenching control technique, delivering superior formability for complex contours compared to traditional direct hot stamping. It enables tailored soft/hard zone design in complex body structural components – with hard zones achieving up to 2,000 MPa strength for crash safety, and soft zones providing enhanced energy absorption and ductility. This effectively resolves the persistent challenges of springback and forming cracks in ultra‑high‑strength steel applications.

As a core supplier in the field of automotive passive safety, Shanghai Heda is committed to providing OEMs with comprehensive anti‑intrusion bar system solutions that cover all materials and all forming processes.

Shanghai Heda has taken the lead in achieving a mass‑production breakthrough in 2000 MPa‑grade ultra‑high‑strength direct hot stamping technology. Using high‑strength boron steel and a process comprising austenitization heating followed by in‑die intensive quenching, the resulting components achieve a tensile strength exceeding 2,000 MPa and a yield strength surpassing 1,500 MPa.

Manufactured on a fully automated line, this integrated steel‑Al hybrid floor panel utilizes multiple joining processes – FDS, SPR, CMT, RSWA, BR, automated glue dispensing, and vision inspection – to ensure quality and efficiency.

This product features a hybrid design combining hot‑stamped steel and high‑strength steel, delivering both high strength and excellent toughness. It achieves a weight reduction of 20%–30% while effectively controlling manufacturing costs.