0571-26692003
No. 181 Geyazhuang, Xihu District,Hangzhou, Zhejiang, P.R. China
This project focuses on the R&D and industrialization of ultrafine fibers and their thermal protection materials. With a comprehensive technical system for lightweight insulation, high-temperature resistance, and flame retardancy, it is committed to providing high-performance material solutions for aerospace, new energy, and industrial energy-saving applications.
(1) Next-generation air filtration materials
Non-electrostatic, all-weather synthetic-fiber air-purification materials featuring stable, durable physical-barrier performance. Through 3D structural optimization and permeability-enhancement technology, they provide an innovative driving force for next-generation air filtration.
(2) New energy strategic safety materials
Establish a core safety protection system for power batteries and energy storage systems, overcome the technical bottleneck of thermal runaway protection technologies, and safeguard the security of the new-energy industry;
(3) Ultra-down materials
Leveraging an interference-turbulent air-spinning nanofiber preparation platform, this approach enables large-scale production of curled-structure nanofiber thermal insulation fillers as down alternatives.
(1) Achieve continuous production of multi-sized ultrafine fiber products
With fully independent intellectual property rights for a complete set of ultrafine fiber spinning technology and supporting processes, it achieves world- leading ultrafine fiber production efficiency, and the unit cost of the product is only 10% of that of traditional spinning technologies.
(2) Novel curled ultrafine fiber preparation platform
The platform enables larger-scale output, improved compatibility with precursor solutions, and broader applicability across fiber types for ultrafine fiber manufacturing. It is suitable for the industrial production of curled ultrafine fibers and the development of personal thermal management textiles.
(3) Develop high-performance ceramic-based flexible thermal insulation material systems
A next-generation ceramic–rubber composite thermal insulation material that maintains excellent thermal stability, mechanical flexibility, and durable hydrophobicity even in extreme environments. It provides safe and reliable thermal-protection solutions for new-energy vehicles, energy storage, and other fields.
