On October 20, 2026, Jiangsu Vilory announced that its independently developed T70X high-temperature titanium alloy powder has entered mass production application. The material can operate stably under high-temperature conditions of 700°C, with a long-term service temperature of 700°C and short-term capability up to 800°C. It has been used in aero-engine low-pressure compressor blades, blisks, and hot-end structural components of high-speed flight vehicles. In terms of process data, large thin-walled parts printed with T70X do not deform after forming and do not crack after high-temperature heat treatment, with a minimum wall thickness of 0.3 mm. Vilory is a national-level specialized, refined, distinctive and innovative "little giant" enterprise, known as a "hidden champion" in the field of metal 3D printing powder. The material has fully independent intellectual property rights, filling the domestic gap in this grade of high-temperature-resistant titanium alloy. This mass production signifies that domestic high-temperature titanium alloy powder has moved from the laboratory stage into the aerospace equipment supply chain. For the metal additive manufacturing industry chain, the localized supply of high-temperature titanium alloy powder has gained an additional verifiable mass-production option, thereby broadening the material selection space for downstream printing of blisks and thin-walled hot-end parts. Value for powder buyers: ① High-temperature titanium alloy powder procurement can now add T70X as a domestically mass-produced source, reducing single-source dependence on imported grades; ② For printing needs involving 0.3 mm thin walls and large thin-walled parts, the forming and heat treatment adaptability of this powder can be prioritized for evaluation; ③ Before quoting orders for aero-engine blades and blisks, process data and quality certificates for mass-production batches should be requested.