September 18, 2026
The Future of Battery Side Beams: Lightweight, Multi-Functional Extrusions
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September 18, 2026
Integrated Door Rings: How One-Piece Designs Are Making Vehicles Safer and Lighter
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August 11, 2026
Side Crush, Fatigue Vibration & Salt Spray Test Standard For Export EV Battery Pack Side Beam
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August 11, 2026
Aluminum Low Density Material Reduce Curb Weight Up To 30% Improve EV Mileage & Vehicle Handling
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July 10, 2026
Collision energy absorption optimization design of aluminum alloy anti-collision beams: integrated application of multi-cavity structure, variable cross-section design and hot air forming process
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July 10, 2026
Automotive Lightweight Internal Pressure Forming Technology: Process Parameter Optimization and Wall Thinning Rate Control for Aluminum Alloy Tube Hydroforming
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June 5, 2026
New Energy Vehicle Battery Box Structure Selection: Cost and Performance Game of High-Pressure Die Casting vs Extrusion Forming vs Stamping Welding
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June 4, 2026
Manufacturing Code of 1500MPa Ultra-High Strength Steel Tube: Revolutionary Upgrade of Thermal Expansion + Online Quenching Process
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May 17, 2026
Lightweighting of New Energy Vehicle Battery Packs: How Can Aluminum Alloy Extruded and Die-Cast Side Beams Balance Structural Rigidity?
Lightweighting of New Energy Vehicle Battery Packs: How Can Aluminum Alloy Extruded and Die-Cast Side Beams Balance Structural Rigidity?
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May 14, 2026
Collision Energy Absorption Design of High-Strength Steel Bumper Beams: Engineering Logic from Force Transmission to Energy Dissipation
Collision Energy Absorption Design of High-Strength Steel Bumper Beams: Engineering Logic from Force Transmission to Energy Dissipation
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May 14, 2026
CCB Cross Car Beam: Hydroforming vs. Conventional Stamping-Welding – Which Process Boosts Your Vehicle’s Competitiveness?
CCB Cross Car Beam: Hydroforming vs. Conventional Stamping-Welding – Which Process Boosts Your Vehicle’s Competitiveness?
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May 13, 2026
The Secret to Reducing the Weight of an All-Aluminum Frame by 50%: Cross-Section Design and Welding Process of Aluminum Alloy Extrusions
The Secret to Reducing the Weight of an All-Aluminum Frame by 50%: Cross-Section Design and Welding Process of Aluminum Alloy Extrusions
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