Automotive Housings

Diversified Materials & On-demand Adaptation​

Optional high-strength carbon steel (Q235B/Q355B), alloy structural steel (20CrMnTi/40Cr), lightweight aluminum alloy (6061-T6/5052-H32), carbon fiber composite materials to meet different vehicle requirements. Carbon steel frames have tensile strength ≥355MPa and yield strength ≥235MPa, suitable for heavy-duty commercial vehicle scenarios; aluminum alloy materials reduce weight by 30%-40%, improving fuel economy and cruising range of new energy vehicles; carbon fiber materials reduce weight by more than 50%, suitable for high-end passenger cars, combining strength and lightweight advantages.​

Ergonomic Design & Comfortable Support​

Based on human sitting posture data collection and simulation optimization, adopt curved backrest frame + adjustable seat cushion frame design, fitting the human spine curve and dispersing body pressure; support multi-directional adjustment of seat forward/backward, height, backrest angle, with precise adjustment stroke, adapting to users of different heights and body types, no fatigue after long-term riding.​

Structural Optimization & Safe Reliable​

As the core of seat safety, the frame adopts multi-weld reinforcement + integrated reinforcing rib structure, torsional rigidity increased by 35%, compressive strength up to 2000N/m²; integrates seat belt fixed points and airbag installation positions, which can disperse impact force during collision, protect passengers' bodies, and pass the national collision safety certification (C-NCAP) five-star standard.​

Precision Manufacturing & Strong Adaptability​

Adopt CNC stamping, bending, robotic welding, forging and other processes, combined with 3D scanning modeling and finite element analysis, dimensional accuracy up to ±0.2mm, mounting hole error ≤0.3mm; perfectly compatible with seat foam, skin, and adjustment mechanisms, covering all models such as sedans, SUVs, MPVs, light trucks, heavy trucks, supporting manual/electric seat adaptation.​

Durable & Stable Performance​

The surface is treated with multiple protections, carbon steel parts adopt pickling phosphating + electrophoresis + spraying triple coating, no rust after 1000 hours of salt spray test; aluminum alloy parts are anodized, corrosion resistance increased by 40%; all frames pass 100,000 times adjustment fatigue test and 50,000 times collision simulation test, service life up to more than 15 years, no deformation or loosening hazards.​

Passenger Car Supporting​

Front and rear seat frames for sedans, SUVs, MPVs and other passenger cars, emphasizing comfort and safety performance, adapting to manual/electric adjustment seats.​

Commercial Vehicle Supporting​

Driver and passenger seat frames for light trucks, heavy trucks, buses and other commercial vehicles, adapting to long-distance driving scenarios, emphasizing support and durability, and can integrate shock absorption functions.​

New Energy Vehicle Supporting​

Seat frames for pure electric, hybrid and hydrogen energy vehicles, lightweight design improves cruising range, adapting to the adjustment needs of intelligent cockpit seats.​

Automotive Modification & Upgrade​

Customized seat frames for modification factories, supporting sports seats, racing seats, multi-function adjustment seats, meeting personalized needs.​

Special Vehicle Supporting​

Special seat frames for ambulances, RVs, engineering vehicles and other special vehicles, integrating medical equipment fixed positions and multi-function adjustment functions, adapting to special usage scenarios.​

​

Test Reports​

Provide raw material quality reports, dimensional accuracy test reports, welding quality test reports, load test reports, fatigue test reports, collision safety test reports, etc.​

After-sales Commitment​

For non-human damage, carbon steel frames are warranted for 3 years, aluminum alloy frames for 5 years, carbon fiber frames for 8 years; free replacement for quality problems such as deformation, cracking, rust, adjustment failure during the warranty period; professional technical team is online 24/7 to provide installation guidance and technical support.​

Quality Standards​

Strictly follow industry standards such as GB 15083 "Strength Requirements and Test Methods for Automotive Seats, Seat Anchorages and Head Restraints", ISO 6406 "Performance Requirements for Automotive Seat Systems", GB/T 10125 "Artificial Atmosphere Corrosion Testing - Salt Spray Testing".​