Textile New Anti-Seismic And Wear-Resistant New Super Leather Fabric Highlights Advantages

The pformation of small garment fabrics is an eternal topic for the textile industry.

Silk, hemp, wool and other natural fabrics have attracted much attention, but people have never given up their research on their substitutes.

The "island fiber" recently developed by the Shanghai synthetic fiber research institute is a leading product of international concern. Its uniformity, wrinkle resistance, color fastness and abrasion resistance are all stronger than those of natural leather. Under the same thickness, its permeability can reach more than 30 times that of natural leather, and is known as "super leather".

It is said that in the international market, the price can be sold to 10 times the first price.

Acrylic fiber has also begun to say goodbye to the problem of "always having static electricity when wearing clothes". In the Shanghai Petrochemical polyacrylic fiber business department, the imitation cashmere acrylic fiber has not only the natural cashmere handle, but also the excellent dyeing property of acrylic fiber, which makes the dress color more beautiful.

The highly intelligent textiles developed by multidisciplinary development of electronics, biology, chemistry, chemical fiber and textile engineering can adjust the thickness of fabric according to the weather changes, automatically adjust the temperature, realize mobile communication, play music and global positioning. At present, these textiles are still in the research and development stage in the developed countries.

The development of new textile has already broken through the clothing category.

Under the wind and rain, leakage of reinforced concrete has been plaguing the construction industry. Now a "carbon fiber reinforced fabric" is trying to solve this problem.

Experts from the Shanghai synthetic fiber research institute told reporters that if the fabric was bonded to the concrete structure surface with a matching resin, it could play a role of structural reinforcement and seismic strengthening. The tensile strength of the material is 10 to 15 times higher than that of ordinary steel, but the proportion is only 1/4 of that of steel.

You may not have noticed that the substations around you suddenly become smaller and rely on a new kind of fiber.

Experts told reporters that in the past, the pformer substation was immersed in oil to insulate it. It was inevitable that the body was huge. Now, there are high temperature resistant fibers, and thin layers can achieve insulation in high temperature.

Now, even human organs and tissues can be replaced by high-tech fibers.

A superfine hollow fiber is produced in the laboratory of Donghua University, which is less than half a millimeter in diameter, and its walls are densely packed with tiny holes of different diameters. Artificial blood vessels and artificial trachea can be made of this material.