Application Of Fiber Net Bacteria Technology In Textile Industry To Promote Science And Technology Content

With the rapid development of the times and the gradual improvement of the quality of life, people pay more and more attention to health, and the demand for healthy products is increasingly strengthened.

China's functionality during the "11th Five-Year" period

With the rapid development, the scale of the industry continues to expand and the technological progress is obvious. Functional textiles also undergo three stages: antibacterial, bacteriostatic and nanotechnology.

Now, the successful development of aseptic textiles developed by the company has marked a new era in the development of functional textiles, creating a new era.

Development and characteristics of functional textiles of pure bacteria

Stage 1: in 1935, Domag reported the antibacterial function of the garments treated with quaternary ammonium salt.

During World War II, the German army treated the uniforms with quaternary ammonium salt, which greatly reduced the infection rate of the wounded.

This is an important miracle in the textile industry, and it also opens up the development and pursuit of human functional textiles.

Developed countries such as the United States and Japan have also conducted in-depth research on the technology of anti bacterial fabrics, and have developed in a way a passive antibacterial Technology (antiseptic), which is passively resistant to infection and reproduction of bacteria.

Textile products such as this technology are widely used in various countries and gradually extended to the medical industry.

It is characterized by a certain degree of resistance to bacterial infection and reproduction.

After the end of World War II, because these antibacterial textiles were added with chemical fungicides, they had side effects on the human skin, so they were gradually eliminated.

The second stage: with the development of biology, many bacteria have been found to produce many antimicrobial beads when antibacterial textiles are chemically resistant to killing viruses. Therefore, new requirements for antibacterial technology and products have been created.

Antibacterial textiles emerge under such a background.

It is characterized by the use of physical suppression methods to reduce bacterial survival rate, greatly reducing the harm to the human body.

However, due to the lack of specific standards for antibacterial textiles, they have not been widely applied.

The third stage: the era of high bacteriostasis represented by the application of nano heavy metals.

The emergence of nanotechnology has led to a qualitative leap in the bactericidal capacity of heavy metals in the nanometer state, and its control of dissolution has also reached the basic demand for healthy textiles.

However, nano heavy metals will still cause two times of injury to high-risk groups with low self immunity. Therefore, people expect products that are safer and more perfect than those with high antibacterial textiles.

The fourth stage: in twenty-first Century, the technology of cellulose bacteria was finally born.

Clean bacteria technology makes bacteria and microbes unable to survive in textile products. This is a completely new and perfect technology. This is an irreplaceable innovation.

From the past passive antibacterial and bacteriostasis, we have developed into active cleaning and purifying bacteria. Through core fiber technology, we can inhibit germ growth from raw materials, so as to prevent the bacteria from attacking the human body. The successful research and application and popularization of the technology of fiber clean bacteria indicate that the development of functional textiles has entered a new era.

New milestone in textile industry -- net bacteria technology

In 2012, medical selection company pioneered the use and promotion of "RICHTLINIEN (RT)" fiber net bacteria technology in Guangdong.

Using the bactericidal activity of the purified bacteria gene, combining the technology of high technology with the fiber to form a persistent chain, destroying the living space of bacteria in many directions, causing the bacteria to lose their pathogenic reproductive capacity and die naturally.

This is the technology of selecting bacteria.

The birth of the technology of medical selection is the symbol of our country.

The advent of aseptic age has made China's functional textile industry step into a new era, which will bring meticulous care to people's life, health and daily life.

The technology of medical selection and purification can effectively prevent the harm caused by the contact between bacteria and skin. It will always fight in the forefront of the net disease prevention and cure, and bring you health and refreshing every day.