Research on antibacterial technology of knitted fabrics

Overview of antibacterial technology

Research on antibacterial technology of knitted fabrics is an important field, which involves how to effectively prevent the growth of bacteria on textiles, thereby improving the hygiene performance of textiles. The research on this technology not only focuses on the antibacterial effect, but also includes the safety, durability and understanding of the antibacterial mechanism of antibacterial agents.

Types of antibacterial technology

Physical antibacterial technology

Physical antibacterial technology mainly includes ultraviolet sterilization, ozone sterilization, hot air sterilization, etc. These methods kill microorganisms by physical means and are highly efficient and safe.

Chemical antibacterial technology

Chemical antibacterial technology mainly inhibits or kills microorganisms by adding chemical substances such as antibacterial agents and fungicides. This type of technology was more common in the early days, but it may be harmful to human health and the environment.

Biological antibacterial technology

Biological antibacterial technology includes probiotic antibacterial, enzyme antibacterial, etc., which inhibit or kill microorganisms through biological agents. This method has the advantages of safety, environmental protection and non-toxicity, and is one of the current research hotspots.

Development trend of antibacterial technology

Nano antibacterial technology

Nano antibacterial materials have the advantages of broad-spectrum antibacterial, high efficiency and long-lasting effect, and are one of the current research hotspots. The special properties of nanomaterials enable them to play a role at the microscopic level and effectively inhibit the growth of bacteria.

Biological antibacterial technology

Biological antibacterial technology uses biological agents such as probiotics and enzymes to inhibit or kill microorganisms. This method is not only safe and environmentally friendly, but also can act on specific types of bacteria and has high selectivity.

Composite antibacterial technology

Antibacterial self-cleaning composite technology combines different antibacterial technologies to improve the antibacterial self-cleaning effect and durability. For example, combining nanotechnology and chemical antibacterial agents can improve the durability of materials while maintaining high antibacterial efficiency.

Application areas of antibacterial technology

The antibacterial technology of knitted fabrics has a wide range of applications in medical, home and clothing fields. In the medical field, antibacterial self-cleaning textiles can be used in medical institutions such as hospitals, clinics, and nursing homes to prevent the spread and infection of microorganisms. In the home furnishing field, antibacterial self-cleaning textiles can be used in household items such as bedding, curtains, and carpets to prevent the growth and spread of microorganisms. In the clothing field, antibacterial self-cleaning textiles can be used in underwear, socks, sportswear and other clothing to prevent the growth of microorganisms and the generation of odors.

Conclusion

The research on antibacterial technology of knitted fabrics is a multidisciplinary field involving multiple fields such as materials science, biology, and chemistry. With the development of science and technology, the continuous emergence of new antibacterial technologies will provide more solutions for the hygienic properties of textiles. Future research may pay more attention to the safety, durability and in-depth understanding of antibacterial mechanisms of antimicrobial agents to meet people's needs for health and environmental protection.