SLIPS Type Super Performance Fabric Is Successfully Built.

< p > 2011, a research team from Harvard University created a self repairing smooth liquid injected porous surface, that is, SLIPS self repairing super smooth coating. It almost resists any contact with water, ice, oil, salt water, wax, blood and bacteria.

Now, they modify the interface between cotton and polyester fabric, so that these fabrics have the same strong anti pollution ability as SLIPS.

This latest development will meet the needs of a large number of consumers and industrial applications.

The research is published in the 25th anniversary special issue of the celebration of the establishment of nanotechnology.

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< p > the most advanced antifouling fabric is inspired and designed from lotus leaf, and the nano micro structure surface of lotus leaf can resist water and guide droplets to form beads on the edge air cushion.

The newly developed fabrics use air filled nanostructures to repel water, so that they can repel the most liquid liquids and dust particles.

But one of the co authors of the paper, assistant researcher Cicely of the Weiss Institute, said: "the process of bead formation is very susceptible to external pressure, for example, there will be physical damage such as distortion and wear during rainstorm.

They are also easily contaminated by oily or organic or complex liquids. "

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< p > they are also attracted by the beautiful smooth coating surface of the nepenthes, attracting the ants and spiders to slide their traps, so that the SLIPS coating can collect the advantages of the smooth film injection nanoporous solid surface, can also perform well under pressure or physical damage, and can resist all kinds of liquids, including oil.

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"We don't want to have ice in the cooling coil, do not want the bacteria in the medical equipment, do not want the stains on the clothes, and we can find a variety of solutions using the nature book," said the P.

In the past few years, they have demonstrated the versatile nature of SLIPS under extreme pH and temperature conditions, and have successfully applied them from cooling coils to lenses, windows and ceramic materials.

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< p > in order to create fabrics with SLIPS performance, the research team bought ready made a href= "//www.sjfzxm.com/news/index_c.asp" > cotton < /a > and a href= "//www.sjfzxm.com/news/index_c.asp" > polyester fabric < /a >, and then processed them in the laboratory by two chemical methods.

One is coated with tiny particles of silica (SIM) and the other is based on alumina (SGB) sol-gel process.

The fabric was then tested for distortion, rubbing and contamination according to industry standards.

The results show that SLIPS fabrics exhibit unprecedented anti fouling ability, resist large range of liquid and dyeing pollution, and also handle physical pressure and excessive tension.

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< p > although not every a href= "//www.sjfzxm.com/news/index_c.asp" > SLIPS < /a > fabric has breathability, but researchers hope that the performance of this fabric is better than that of almost all other anti fouling fabrics available at present.

Therefore, it is most likely to meet the needs of extreme environments, such as exposure to contaminated liquids and biological hazards, or military clothing, laboratory jackets, medical clothing, construction, manufacturing, and even special clothing for tents and stadiums.

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