Principle of antibacterial fabric:
The antibacterial fabric has good safety. It can effectively remove bacteria, fungi, and mold on the material, keep the fabric clean, and prevent the regeneration and reproduction of bacteria. The antibacterial fabric injection agent dyes the inside of polyester and nylon fibers at high temperatures. The antibacterial fabric injection agent is fixed inside the thread and protected by the yarn, so it has washing resistance and a reliable broad-spectrum antibacterial effect. Its antibacterial principle is that it destroys the cell wall of bacteria. Because the intracellular osmotic pressure is 20-30 times the extra cellular osmotic pressure, the cell membrane ruptures, and the cytoplasm leaks out, which also terminates the metabolic process of microorganisms and prevents the growth of microorganisms and reproduction.
There are two main types of antibacterial fabrics:
1. Knitted Fabrics treated with antibacterial additives.
The antibacterial additives migrate into the polyester fiber through high temperature and permeate in the fiber after cooling. It has good washing resistance and a reliable broad-spectrum antibacterial effect. After 50 times of washing, the antibacterial effect is about 95%.
2. Knitted Fabric made of antibacterial fiber.
The fabric made of antibacterial fibers is the chemical fiber factory that adds antibacterial powder to polyester raw materials when producing polyester fibers and then melts and blends them. The silk spun by this process has a perfect antibacterial effect inside and out. The advantage is that the number of washing resistance is longer than that of antibacterial fabrics treated with additives. After testing the antibacterial fiber fabric after 300 industrial washing, the antibacterial rate is still above 90%.
The role of antibacterial fabrics:
The antibacterial and deodorant fabric has a substantial and rapid inhibitory effect on the growth and reproduction of various bacteria and fungi that harm the human body. The antibacterial rate is more significant than 99.9%. It is suitable for all kinds of textiles and can give the fabrics high antibacterial, deodorant, and washing resistance. It is resistant to washing more than 30 times and does not change color. We would use these fabrics for all kinds of materials such as pure cotton, blended spinning, chemical fiber, non-woven fabric, leather, etc.
Uses of antibacterial fabrics:
Antibacterial, antibacterial, mildew, and deodorant functional fabrics are suitable for making underwear, casual wear, bedding, towels, socks, work clothes and other clothing, home textiles, and medical textiles.
The main products are polyester antibacterial and deodorant fabrics, nylon antibacterial and deodorant fabrics, anti-mite and anti-bacterial finishing fabrics, anti-mite fabrics, anti-insect fabrics, anti-mildew fabrics, anti-mildew and anti-corrosion fabrics, antibacterial and moisturizing fabrics, skincare finishing fabrics, soft fabrics, etc.
The meaning and purpose of antibacterial fabrics:
1. The meaning of polyester antibacterial fabric and nylon antibacterial fabric
Sterilization: The effect of killing Microbial Vegetative Bodies and Propagules is called sterilization. Schematic diagram of the antibacterial and deodorant fabric
Bacteriostasis: The effect of inhibiting the microorganisms is called Bacteriostasis.
Antibacterial: Antibacterial and bactericidal effects will belong to as antibacterial.
2. Purpose of polyester antibacterial fabric and nylon antibacterial fabric
The textile fabric composed of fibers, due to its porous object shape and high molecular polymer chemical structure, is conducive to the attachment of microorganisms and becomes a good parasite for microorganisms to survive and multiply. In addition to the harm to the human body, parasites can also contaminate fibers, so the main purpose of antibacterial fabrics is to eliminate these adverse effects.
Fuzhou Huasheng Textile Co.,Ltd. is a qualified functional fabrics supplier. Our antibacterial fabrics will meet the high demand of the markets.
Post time: May-06-2021