Tianyi Quan'an advances deep industry-academia-research collaboration with Shanghai Jiao Tong University and leading aerospace research institutions.

On 2026/9/12, Tianyi Quan'an (Shanghai) Technology Co., Ltd. expressed its intention to establish a deep collaboration with relevant research teams from Shanghai Jiao Tong University and aerospace research institutions. The partnership will focus on three key areas: breakthroughs in cutting-edge extreme thermal protection materials, joint talent development, and commercialization of research outcomes.

Based on the cooperation agreement, all parties will leverage their complementary strengths: the university team brings deep expertise in foundational research on polymer and ceramic materials along with a high-caliber academic talent pipeline; the research institution offers complete engineering scenarios and evaluation capabilities for thermal protection system validation; and Tianyi Quanan has built an end-to-end industrialization capacity covering material formulation development, room-temperature spray process engineering, and extreme environment testing services. The three parties will jointly conduct cutting-edge research on key technologies such as next-generation high-temperature thermal protection coatings and lightweight insulation materials, exploring a collaborative innovation mechanism that integrates "basic research—engineering validation—industrial application."

In talent development, partners will explore joint training models for graduate students and young researchers, with leading academics guiding enterprise R&D teams to deeply align cutting-edge research with industry needs. Regarding technology transfer, parties will leverage Tianyi Quan'an's industrialization platform to accelerate the conversion of laboratory-stage results into engineering-ready, deliverable products.

Tianyi Quan'an stated that this partnership will further solidify the company's technical barriers in extreme thermal protection, establishing a complete innovation chain where patent portfolios, talent networks, and engineering platforms mutually reinforce each other. This will provide sustained support for undertaking higher-level industrialization tasks.