Research and developement
We make long-term investments in research and development, as well as hiring master and doctorate talents specializing in areas including new materials R&D, forging and forming technology, heat treatment technology, precision machining, surface finishing, and composite materials. Apart from supporting product R&D, testing, and validation, our accredited aerospace-grade mechanical test laboratory, corrosion test laboratory, and fatigue test laboratory also maintain close contacts with research and educational institutions to facilitate technological capacity improvement.
Product design of wheels and suspension systems parts
Establish parameters for style design, structural design and analysis, aerodynamics, dynamic movement intervention of spatial use, static and dynamic strength, and fatigue strength to provide lightweight design references and meet customer demands.
Lightweight materials development and database
Develop and design composite materials with aluminum, magnesium, titanium alloy, and carbon fiber to improve materials performance, and construct databases for process optimization, fatigue properties, corrosion-resistance properties, and heat treatment to establish specifications for materials use so as to maximize the material limit.
Secondary aluminum
Since RESAICAL® was launched in 2020 as a 100% recycled aluminum technology, it has become synonymous with a “low-carbon alternative solution” within the global luxury automotive supply chain.
Within our facilities, we have established a 100% post-industrial recycled (PIR) closed-loop system, remelting process offcuts—such as aluminum scraps and blocks—into high-grade circular aluminum to re-enter production.
Concurrently, we extend this circular value chain by expanding into cross-industry applications and supplying our recycled aluminum to external industries.
SAI’s recycled aluminium is more than a material; it is a comprehensive low-carbon solution.
Partners of academic and research collaboration
