"80 After" Returnees, Keqiao Entrepreneurs Start Using Nanoscale Cellulose Products.

In winter, automobile glass and window glass are foggy. When swimming goggles are used for a long time, they are also foggy. They can only be maintained for a short time after cleaning with some cleaning agents. The fogging of windows and windows brings potential danger and brings troubles to people's daily life. Is there any product on the market that can be used for long time fog removal? Li Yinyong, a doctor who returned to Keqiao Science Park recently, gave a positive answer. The anti fog technology developed by FOGKICKER and his team can play a good antifogging effect, and maintain a clear time for a long time. At present, there are products ready to open the market.

We have launched four products: diving / swimming special-purpose, special eye protection, bathroom special, windscreen patent, which can be widely used in automobile, diving, home and other areas of life. The use of our products can play an anti fog effect for a long time. Li Yinyong told reporters. These products are based on FOGKICKER technology, natural nanoscale cellulose antifogging applications. It is a hydrophilic material extracted from plant fiber and has the characteristics of natural environmental protection.

In March of this year, Zhejiang's new Mstar Technology Ltd entered the Keqiao science and technology park. Li Yinyong, who graduated from the University of Massachusetts Amherst, served as CEO. He joined the other 2 "post-80s" lads in partnership, and 2 of them were doctorates. Li Yinyong first graduated from the polymer specialty of Zhejiang University, and then he studied at the University of Massachusetts University of polymer science. He devoted himself to the research and industrial application of new plant cellulose materials. At the end of 2018, it was a pioneer of "330 overseas entrepreneurial talents".

Nanoscale cellulose refers to cellulose, which is 1-100MM in diameter. It is the most abundant organic material on the earth. It is widely distributed in various organisms. As a promising biochemical material, nanoscale cellulose has many advantages, such as high mechanical strength, large surface area and strong hydrophilicity. It has broad application prospects in many fields such as biomedicine, industrial manufacture, cosmetics and so on, and attracts more and more attention.

Li Yinyong told reporters that domestic research on nanoscale cellulose started late and industrialization is at an initial stage, but according to relevant statistics, in recent 10 years, China's micro nano fiber industry output growth rate reached 20%. After 8 years of research and development, the Li Yinyong team has been able to commercialization of nanoscale cellulose materials.

In fact, this antifogging technology has been researched and developed during Li Yinyong's study abroad. The highly effective anti fog technology of nano cellulose has been applied for patent in the United States, and the goggles, diving glasses and skiing antifogging products produced by this technology have been put into production and sold. Because of its excellent anti fog effect and good sales, it has achieved sales of several hundred thousand dollars in one year.

In order to bring good products back to China, Li Yinyong decided to go back to business, bring good products back to China and expand the domestic market. On the desk of Li Yinyong, a box of glasses is used to clean the anti fog wipes. It is the latest product. Li Ying Yong is now talking with the glasses shop and suppliers.

Although product research and development has achieved good results, Li Yinyong and team members have not stopped. In the company laboratory, various chemical containers are placed in various chemical containers. Several partners are R & D personnel. Most of the time is spent on product research and development, giving up rest and entertainment, doing research and development in the lab from morning till night, and striving for new breakthroughs in the field of insulation and environmental protection. The company is developing new technology. Now it is making a porous foam material with light weight and good heat preservation effect. It can be widely used in clothing and wall insulation materials. In the field of clothing, the clothing made of this material is lighter and lighter than the down jacket and can be used for outdoor sports under extremely cold conditions.

"At present, we are talking with a power company in the province, using porous aerogel materials to adsorb waste gas and purify the air, so as to reduce air pollution." Li Yinyong said.