Nanofibers Will Extend The Latest Applications In The Field Of Functional Nonwovens.

< p > as we all know, the materials produced by nanotechnology are more firm, lighter, more durable, more reactive and more conductive.

In Functional Nonwovens applications, in addition to nano scale additives or fabric surface treatment, to achieve the effect of anti crease, antifouling and bacteria growth, it can also provide lightweight ballistic energy deflection tools for bulletproof clothing.

Although there are still some limitations in the application of nanotechnology in the industry, it has always been keen in related research. Many universities and companies have invested heavily in this field, and have made some progress.

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< p > strong > 1/3 volume provides higher sub micron efficiency < /strong > /p >

< p > American H&V company has many kinds of nanotechnology based industrial products, including glass fiber composites, synthetic leather and filter materials. The company has recently launched a nanowire for air and liquid filtration materials.

This is an advanced nanofiber technology developed by H&V. The volume of this nanowire is 1/3 of the volume of ordinary needle punched filter material, but it has higher submicron efficiency, low pressure adhesion and other higher performance compared with soot. It can be used as a single layer of wire and can be applied to almost any material surface.

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Angelika Mayman, director of Business Development Department of P H&V, pointed out that many end-users in the filtration market believe that simply adding a layer of nanofiber covering on the surface of existing materials will bring about great improvement in filtering performance.

In fact, the best way to combine nanofiber and nonwoven technology is to bring benefits. There are many aspects to be considered, including compatibility between materials, cohesion between layers, and how to choose the diameter of nanofibers.

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< p > Angelika Mayman said that although not all materials are smaller and better, but for the growing demand for "a href=" //www.sjfzxm.com/news/index_c.asp "high efficiency" /a "and low energy consumption, the current trend is to adopt smaller materials with larger overall surface area.

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< p > < strong > pretreatment < a href= > //www.sjfzxm.com/news/index_c.asp > nano film < /a > reduce 40% gas pollution < /strong > /p >

< p > FibeRio Technology has developed a growth oriented development plan. The company's development strategy is to create a unique high-performance product through the environmentally sound technology manufacturing platform, and provide a clean and healthy growth environment for it to achieve global business with customers.

In addition, FibeRio Technology announced this year that it will set up a new R & D center in China to complement its existing technological force in North American and European research centers.

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The latest development of < p > FibeRio Technology is in the field of traffic and air filtration.

The company's latest ReliaFlow product is a highly efficient automotive nano air filtration product.

The product uses a metal disk instead of syringe to produce nanofibers. The unified fiber distribution, increased productivity, simple operation process and simplified mechanical equipment are the advantages of this technology compared with other solution based spinning technologies.

The outer side of the release pad of the ReliaFlow product has a layer of pretreated nanofiltration membrane. After passing the filter membrane, the gas emission level of the vehicle will be reduced by 40%. The performance of the filter membrane is proved to be reliable through tests.

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< p > according to Noura Blasi, marketing manager of FibeRio Technology pportation filtering department, ReliaFlow products are very suitable for fuel filters of private cars and commercial vehicles, heavy vehicles and non road machinery, or for other applications of fuel water separators.

"In the future, we must change the material market through the omnipotent characteristics of nanofibers.

In order to implement this plan, the company has developed its external spinning technology, which not only expands the range of materials that can be processed into nanofibers, but also improves production efficiency by reducing production costs.

"Noura Blasi said.

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< p > < strong > nano metal laminated enhancement < a href= "//www.sjfzxm.com/news/index_c.asp" > protective camouflage < /a > /strong > /p >

A new type of protective material developed by researchers at Texas University of science and technology, P, is made of laminated metal, resin layer and nanofiber cloth.

Metal can be gold, silver, copper or aluminum, resin coating can be polyethylene, polypropylene, polystyrene colored or colorless coating agent, the bottom cloth is nanofiber or nano nonwovens.

Coating additives are applied to one side or two sides of the fabric. One side of the coating additive contains carbon black conductive resin, which can form conductive resin layer.

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< p > the director of the research team, Mr. Huggy, said that a variety of additives were randomly compounded. According to the different energy emission of the composite laminates, the products could have a good protective effect or camouflage effect on electromagnetic waves, radars, etc., and are suitable for military equipment or field workers.

"Despite the tremendous uncertainty in the development of nanostructured Nonwovens Market, nano nonwovens have gradually penetrated into medical and health products, filtration products, energy products and defense products market, which has attracted worldwide attention from nonwovens," Huggy said.

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