2018 Global Special Synthetic Fiber Plastic Market Value Will Exceed $20 Billion.

< p > Marketsand Markets, a leading market consultancy, published a report recently that the global market value of special synthetic fiber and glass fiber plastics will reach US $20 billion 100 million in 2018.

During the 2014-2018 years, its < a href= "http://? www.91se91.com/news/index_c.asp" > market demand < /a > compound annual growth rate of 5.2%.

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< p > report indicates that the market demand for special synthetic fiber and glass fiber plastics is increasing year by year.

Thanks to its characteristics of light weight, strong impact resistance, < a href= "http:// www.91se91.com/news/index_c.asp" > corrosion resistance < /a >, the above two materials are widely applied in aerospace, automobile production and other fields.

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< p > market analysts say that the special "a href=" http:// "www.91se91.com/news/index_c.asp" > synthetic fiber < /a > plastics such as aromatic polyamide and UHMW (ultra high molecular weight polyethylene) is the ideal vehicle plastic, and its application in automobile parts production is very early.

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< p > with the continuous improvement of people's concerns about military conflicts and civilian safety risks, the importance of missile protection has become increasingly prominent.

This has also greatly promoted the market demand for special synthetic fiber and glass fiber plastic.

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In order to reduce body weight and save fuel costs, carbon fiber reinforced plastics (CFR) has become the first choice for aerospace industry in recent years. < p >

In addition, pportation industry, especially automotive industry in the next few years, will also become the main driving force to promote the development of special synthetic fiber and glass fiber plastic market.

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< p > Marketsand Markets indicates that North America, Europe and Asia Pacific region are the three major global synthetic fiber and glass fiber plastics markets in terms of geography.

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< p > related links: < /p >

< p > it is understood that the strong redox of titanium dioxide excited by ultraviolet light has no selectivity for decomposed objects. If directly compounded into organic matrix materials, the service life of organic matrix materials will be shortened. If the titanium dioxide is directly dissolved in the reaction solution, a suspension system will be formed. Even if titanium dioxide has good reaction efficiency to organic pollutants, it will cause two pollution due to the failure to recover titanium dioxide.

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< p > "photocatalytic technology has not been popularized widely in Japan since its birth in Japan in 1972. That is why."

Wang Sheng said that scientists have never been able to find a suitable container for photocatalysts.

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< p > with constant attempts and efforts, an unusual way of thinking becomes clearer in Wang's mind: making a freely accessible nano space between silicon dioxide layer and nano titanium dioxide, and using this space as an effective reaction place to accelerate the reaction.

Through extensive experiments, Wang Sheng and his team finally succeeded in preparing hollow interfacial photocatalyst - titanium dioxide coated with core and shell structure.

The hollow structure avoids the shielding of the surface active point, thereby greatly improving its catalytic activity, and achieves the purpose of protecting the organic catalytic carrier without damaging the catalytic capacity.

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