Leading innovators in nanotechnology and high-performance fibers join forces to redefine safety and material solutions.

2026.1.14 — In a significant move to drive innovation in advanced materials, TAILI Technology officially signed a strategic cooperation agreement with TAIHE New Materials in Yantai, Shandong Province.

The partnership brings together two industry leaders to explore the boundaries of flexible safety and protective materials. By combining TAILI’s core expertise in nanofluid and composite material platforms with TAIHE’s leadership in aramid fiber research, deep processing, and industrialization, the collaboration aims to create a synergistic ecosystem from R&D to global marketing.

A Union of Strengths

• TAILI Technology: A national high-tech enterprise driven by nanotechnology. Leveraging its self-built “Eight Composite Material Technology Platforms,” Taili has successfully empowered products ranging from aerospace-grade applications to consumer goods. Its portfolio spans smart home, outdoor gear, industrial manufacturing, and space station support systems.
• TAIHE New Materials: A powerhouse in the high-performance fiber sector. Through its subsidiary TAIHEXING, the group specializes in aramid deep processing and high-performance composites, with applications widely used in critical fields such as safety protection and the automotive industry.

Driving the Future of Materials

Under the agreement, the two parties will collaborate across multiple dimensions:

• Product Co-Development: Deepening existing product cooperation and launching next-generation materials.
• R&D & Commercialization: Jointly researching new materials and accelerating their market adoption.
• Resource Sharing: Integrating supply chain and channel resources for greater efficiency.

This strategic alliance marks a pivotal step in enhancing the competitiveness of China’s new materials industry. By integrating their complementary technological paths and industrial layouts, TAILI and TAIHE are committed to pushing the boundaries of high-end protective materials.