Views: 0 Author: Site Editor Publish Time: 2025-12-02 Origin: Site
Function: Aluminium-lithium alloy reduces weight by 18%+ and improves fatigue resistance, reducing carbon emissions by 1200 tons annually, directly addressing issues such as heavy fuselage, high fuel consumption, and crack risk.
Pain Points: Heavy fuselage/low fuel efficiency/fatigue cracking/strict airworthiness certification/high delivery precision.
Typical Applications: Fuselage skin, wing spars, landing gear, and internal structural components.
Customized Services: Providing DFM recommendations in line with AS9100 standards, from mold development to mass production closed-loop.
End-to-End Process: 10,000 tons of inventory + express logistics (same-day shipment), on-site fatigue testing support after-sales service.
Case Study: A new regional jet for an aviation company uses 2099 aluminium-lithium alloy sheet, resulting in a 20% weight reduction in the fuselage and an annual carbon emission reduction of 1500 tons. AS9120B certification was obtained 10 days ahead of schedule. Customer Testimonial: "The alloy properties precisely match the airworthiness standards, the DFM recommendations optimized production efficiency, the certification support was seamless throughout the process, and the project results exceeded expectations!"
