Antibacterial technology blossoms in Guilin

According to the report of Xinhuanet, Guilin Jiqi Zhengfeng Antibacterial Material Co., Ltd., a high-tech enterprise with advanced international standards for the development and industrialization of molecular assembly antibacterial technology, has tried hard for several years and has experienced hardships. It has now blossomed. It is a very welcome step to build the first brand of molecular assembly antibacterial materials in China.

In May of this year, Jiqi Zhengfeng officially signed a contract with a Shanghai packaging company to authorize the other party to apply Jiqi's antibacterial assembly technology to the manufacture and sale of various kinds of antibacterial films. The first million yuan of usage fees was immediately available. At the same time, dozens of products including antibacterial films, antibacterial medical sanitary materials, antibacterial towels, women's sanitary napkins, water pipes, carpets, textile underwear, socks, chopping boards, and lunch boxes produced using molecular assembly antibacterial technology have been successfully tested. Began to put on the market and export to Japan and other countries. In addition, Ji Qi's molecular assembly antibacterial technology has obtained a number of domestic invention patents, and through the PCT in dozens of countries such as Europe and the United States and Japan patent applications.

According to a statistic of the United States WHO magazine, the death caused by bacterial infection in the world in 1995 was 17 million people, accounting for about one-third of the death toll. In China, 50 million people are hospitalized each year, and 5 million of them suffer from cross-infection, resulting in economic losses of about 10 billion yuan.

How do we antibacterial? For many years, humans have racked their brains. Prior to the emergence of molecular assembly antibacterial technology, antibacterial materials can be divided into two major schools: one represented by Europe and the United States, using the first generation of antimicrobial methods with organic antibacterial or bactericide directly mixed into the matrix of polymer materials; the second group is represented by Japan and adopted Inorganic ultra-fine or "nano" powder enriched with silver, zinc, copper and other heavy metal ions, the second generation of antibiotics mixed into the polymer matrix. However, these two methods have the disadvantages of poor safety, unsustainable effects, and single antibacterial type.