How Does Titanium Alloy Scrap Turn Back into High‑Performance Powder?

On August 26, the first day of 2026 Formnext Asia Shenzhen, the RC100% recycled titanium alloy technology showcased at Vallaury’s booth addressed a growing industry question: how can residual materials and scrap generated from titanium alloy additive manufacturing be converted back into high‑performance powder?

Titanium alloys are finding applications in an increasing number of high‑end manufacturing scenarios. Precision structural components such as mobile phone middle frames, foldable‑display hinges, smart‑watch bodies and watch cases impose higher requirements for strength, lightweight performance and corrosion resistance, driving steady growth in titanium alloy consumption. Meanwhile, residual materials and scrap generated during support removal, equipment commissioning and powder recycling pose a practical challenge for the industry’s green transition: how these materials can be re‑integrated into high‑performance manufacturing systems.

01 From Recovery to Regeneration: A Complete Titanium‑Alloy Recycling Route

Vallaury’s self‑developed green recycling technology for titanium‑alloy powder targets the recovery and reuse of residual materials and scrap generated throughout production, adopting the closed‑loop recycling workflow of “oxygen reduction & remediation + remelting‑casting + EIGA atomization”. Scrap undergoes chemical deoxidation, rapid hot‑press consolidation and vacuum levitation melting to produce titanium ingots. After machining, the ingots are fed back into the EIGA system for re‑powdering. This is not simple screening, but a full metallurgical process. At present, the powder recycling rate reaches 100 %, with oxygen content ≤ 800 ppm. The printed‑part performance of recycled powder is comparable to that of virgin powder.

This process realizes full closed‑loop recycling from “industrial scrap” to “high‑quality titanium material” and then to “high‑performance powder”, laying a technical foundation for recycled titanium alloys to re‑enter manufacturing processes such as 3D printing and MIM.

02 For 3C Manufacturing: Recycling Delivers Value Beyond the Material Itself

Once recycled and regenerated, titanium‑alloy scrap can be converted back into high‑performance raw materials. Compared with virgin titanium alloy, this circular regeneration route cuts carbon emissions by 73.6 %, providing material‑level support for 3C brands in product carbon‑footprint accounting and green supply‑chain management. Titanium‑alloy recycling should not be limited to scrap disposal; instead, it shall become an integral part of the material manufacturing system. Every batch of material can sustain its value within the proper system, opening up new possibilities for the green upgrading of high‑end manufacturing.

Welcome to Our Booth for In‑depth Discussions

August 26‑28 | 2026 Formnext Asia Shenzhen. Industry peers are warmly welcome to visit our booth E07, Hall 15. We look forward to in‑depth exchanges covering scrap recycling routes, metal powder material performance, industrial application prospects and diverse cooperation opportunities.