At the end of 2026, Zhuhai Jiali Hardware officially launched the closed-loop resource utilization project for new energy titanium fastener scraps, building South China’s first recycled processing line for vehicle precision titanium materials. It covers full-category recycling of cold heading scraps, defective titanium screws and dismantled titanium connectors from scrapped vehicles, solving the industry pain point of high dependence on purchased raw titanium materials.
The production line adopts low-temperature vacuum purification smelting craft to remove processing oil stains, surface oxide layers and impurities, and restore titanium alloy metallographic ratio accurately. The tensile strength, hydrogen embrittlement resistance and fatigue durability of recycled TC4 titanium wire reach 98.5% of raw titanium materials, passing material re-inspection of vehicle OEMs. Relying on carbon reduction achievements of scrap recycling, the enterprise obtained ISO14064 carbon footprint verification certification within the year, cutting carbon emission of single titanium fastener production by 41%, meeting low-carbon supply chain access requirements of leading vehicle manufacturers.
1. Lossless component restoration: Real-time sorting via multi-stage spectrum to avoid dissimilar metal mixing and guarantee recycled material batch stability; 2. Dual efficiency improvement of carbon reduction and cost saving: Reduce consumption of raw titanium ore and cut comprehensive material cost by 27%; 3. Full-process carbon ledger traceability: Reserve carbon data throughout recycling, smelting and forming to issue carbon emission reduction reports recognized by vehicle OEMs.
Current vehicle manufacturers mandate carbon footprint ledgers for supply chains, and high-carbon hardware materials face elimination risks. Our recycled titanium fasteners balance mechanical performance and low-carbon indicators, and have been included in green supplier lists of two new energy vehicle OEMs, specially supplying low-carbon fastener orders for lightweight chassis and energy storage cabins.