(Summary description)Organic antibacterial materials have become the mainstream antibacterial materials on the market due to their wide range of sources, long use and development time, mature technology, convenient processing, strong sterilization power, fast sterilization rate, wide antibacterial range, and low price.

　　 Antibacterial material refers to a new type of functional material that has the function of killing or inhibiting microorganisms. It can be used in many fields such as medical treatment, household products, household appliances, food packaging, plastic film, sanitary ceramics, and architectural coatings.

　　 Antibacterial materials can be divided into three categories: natural antibacterial materials, organic antibacterial materials and inorganic antibacterial materials. Natural antibacterial materials include plant-derived antibacterial materials (such as terpenoids and their derivatives, alkaloids, steroids, saponins, lignans, amino acids, etc.), animal-derived antibacterial materials (such as sugars, amino acids, and peptides) Etc.) and microorganism-derived antibacterial materials (such as antibiotics); organic antibacterial materials include quaternary phosphorus salts, quaternary ammonium salts, phenolic alcohol esters, biguanides, imidazoles, etc.; inorganic antibacterial materials may contain metal ions (metal or metal Oxide) type and photocatalytic metal oxide type antibacterial materials. Different types of antibacterial materials have different application fields due to their different properties, costs, and degrees of industrialization. For example, natural antibacterial materials are used in food packaging, microorganism-derived antibacterial materials are used in pharmaceutical manufacturing, and organic antibacterial materials can be used in food packaging and In many fields such as pharmaceutical packaging, water treatment, and coatings, inorganic antibacterial materials have application potential in biomedicine, sewage treatment, and food packaging. Among them, organic antibacterial materials have become the mainstream antibacterial materials on the market due to their wide range of sources, long use and development time, mature technology, convenient processing, strong sterilization power, fast sterilization rate, wide antibacterial range, and low price.

　　 In recent years, the global and Chinese antibacterial material markets have shown rapid growth. According to the "2020-2024 China Antibacterial Material Market Feasibility Study Report" released by Synopsys, the global antibacterial material market is mainly distributed in the United States, Europe and Asia, China, Japan and South Korea. The average annual growth rate in the past five years has been 10% or more. The factors that promote the rapid development of the antimicrobial material market are as follows: First, with the continuous development of the economy, people's income levels have been greatly improved, and social awareness has also changed, and they pay more attention to their own health; second, globalization The advancement of human resources and the convenience of social transportation have made the cancellation of humans more and more frequent, which also created opportunities for the spread of diseases, resulting in an increase in infectious diseases, epidemics, etc., with greater and greater impact. Therefore, governments and people of various countries have , Hygiene and safe living environment is paying more and more attention to promote the development of antibacterial materials; again, scholars, companies and other research on antibacterial materials have never stopped, which has led to the progress of antibacterial material technology, and the thermal stability, durability, Security has been improved to better meet the needs of downstream users.

　　Industry analysts from Xinsijie said that the continuous advancement of various researches not only improves the performance of antibacterial materials, but also makes the application range of antibacterial materials wider and wider, and the future market prospects for antibacterial materials are broad.

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• Time of issue:2020-12-30
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