Research And Development Of SLIPS Super Strong Anti Fouling Fabric

< p > > recently, < a href= "//www.sjfzxm.com/news/index_c.asp" > Harvard University < /a > a research team has modified the interface between cotton and polyester fabric, so that these ordinary fabrics have the same strong anti pollution ability as SLIPS self repairing super smooth coating, and can resist any dyeing, such as water, ice, oil, wax, blood and bacteria.

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< p > researchers say that the most advanced antifouling fabric designed is inspired by 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 new fabric uses air filled nanostructures to repel water, so that it can repel liquid and dust particles.

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< p > it is understood that in order to create fabrics with SLIPS properties, the research team processed cotton and polyester fabrics with tiny particles of silica and alumina gel, and tested the processed fabrics in accordance with industry standards for twisting, rubbing and dyeing.

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< p > results show that the treated a href= "//www.sjfzxm.com/news/index_c.asp" > fabric > /a > shows unprecedented anti fouling ability, and can resist large range of liquid and a href= "//www.sjfzxm.com/news/index_c.asp" > dye > /a > pollution.

The researchers further indicated that the SLIPS type super strong anti fouling fabric greatly meets the needs of people in extreme environments, and it can be widely used in the future.

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< p > related links: < /p >

< p > according to the latest report, a Canadian company has recently developed a new manufacturing technology of biomaterials -- the production of smart phone shell with flax stalk as raw material.

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< p > as we all know, flaxseed is a nutritious health care product. Linseed oil made from it is rich in unsaturated fatty acids such as linolenic acid and linoleic acid. It has remarkable therapeutic effects on cancer, cardiovascular diseases, visceral diseases, kidney diseases, skin diseases, arthritis, pulmonary diseases, and immune system diseases.

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< p > linen stalk, as a byproduct of flax cultivation, has been of little economic value and is often discarded as a waste.

But now, because of the new technology of Canada Company, linen stalk has become a new environmental protection raw material, not only turning waste into treasure, but also bringing a considerable new income to Canadian flax farmers.

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< p > the manufacturing technology of flax straw bio material has fully embodied the concept of modern environmental protection and energy conservation.

At present, the technology has been funded by the Canadian Ministry of agriculture's new technology research and development fund, and has begun the next step of product development.

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