280 Composite Silicone Double-sided Carbonlene Flame Retardant Fabric

The company was registered in Wenling City, Taizhou City, Zhejiang Province, in September 2021, with a registered capital of 5.555,500 yuan. The company focuses on the research and development and application of photoelectric system integration and complete solutions of new photocatalytic antibacterial materials, fire prevention and flame retardant materials related technologies and products, and has a number of independent invention patents, and It is widely used in various social fields, including medical care, education, transportation, finance, elderly group office, home furnishings, etc. The products have been highly recognized by the United States, the European Union, Japan, and domestic authorities, forming a mature product "manufacturing + research and development + marketing + service" system.

Based on the mature scientific research achievements of the previous period and the technology of research and development of new materials, this project is led by Professor Wang Yuanhao, a "national thousand people", and Professor Fang Bin, a national textile labor model. After several years, it has developed an ultra-high temperature non-combustible textile fabric with a temperature resistance of up to 1800°C, which is "China's first, the world's leading, and subverts the industry". Breaking the monopoly of Japan, the United States, and other advanced material countries on high-temperature flame-retardant fabrics, it not only far exceeds the international top level in terms of heat resistance, but also achieves a significant reduction in mass production costs.

The company signed a long-term strategic cooperation agreement with Hoffman Institute of Advanced Materials and Zhejiang Modern Textile Innovation Technology Center to jointly develop and expand the deep application of this technology. At present, the company has a number of independent invention patents, and won the Geneva International Invention Gold Award in 2018 and the Korean Science and Technology Invention Gold Award in 2024, solving the bottleneck problem of international advanced technology and realizing domestic substitution in the field of non-combustible textile fabrics.

The non-combustible fabrics produced by the company can be widely used in many fields such as national defense, military industry, fire fighting, construction, industry, shipbuilding, chemical industry, etc., and have achieved initial industrialization in the Modern Textile Innovation Center of Zhejiang Province. A pilot production line has been built. It is planned to put it into production in Wenling in the later stage. It is initially expected that the annual output will be 1000 within 2 years. The initial target of tons and the annual output value of 100 million. At present, the company has completed 2.5 million yuan of angel round financing and 5 million yuan of team self-financing. The company participated in the drafting and formulation of the group standards and national standards of the materials in 2024. The group standards will have been adopted and announced by the end of 2024.

At present, the company has established strategic and cooperative business relations with many well-known enterprises at home and abroad, such as Beijing Aerospace, Sinopec, Zhenlang Optoelectronics, Fanxiang New Materials, Carbon Research Co., Ltd., etc., and has set up holding subsidiaries in Shanghai, Ningbo, Wuxi and Hangzhou in China as business sales companies. In the overseas market, the company has set up sales centers and agent companies in Tokyo, Japan, and Seoul, South Korea, respectively. The company cooperates with the University of Tokyo, Kyoto University, Seoul University, Yonsei University, and other universities, and signed a cooperation agreement with the Japan Fire Department and the South Korean Fire and Disaster Prevention Department to provide them with new technologies of ultra-high temperature flame-retardant fabrics, new product development, actively expand overseas markets, and open up the new sales volume of ultra-high-temperature flame-retardant fabrics.