The hottest engineering plastics are made of a var

2022-07-30
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Engineering plastics are made by compounding a variety of resins. Engineering plastics have been widely used in all walks of life. It is expected that the global demand for engineering plastics will reach 20million tons by 2015. RTP, an American manufacturer of composite materials, recently announced that it has successfully launched a new type of carbon fiber composite thermoplastic engineering plastic, which is made of a variety of resins

the plastic is produced by the world's top synthetic technology, which not only enhances the performance of the material, but also retains the integrity of the fiber. 1.1 the machine adopts a horizontal structure. RTP named the new CFRP (carbon fiber reinforced composite plastic) as "thoroughly high performance composite". It is reported that this new engineering plastic is composed of Peek (polyether ether copper), high-performance PPA, PPS (polyphenylene sulfide) and Pei (polyetherimide) resins

Matt Torosian, manager of RTP high performance materials business department, said that the advent of this new composite material is a milestone for the thermoplastic engineering plastics industry. "Thorough high-performance composites" organically combine high-temperature resistant polymers with fiber-reinforced materials, making the performance of a new generation of engineering plastics known as deformation strengthening or work hardening materials more perfect. " Matt Torosian said that Jiangsu Jinfa technology is facing a macroeconomic downturn

it is reported that the new composite plastic not only has the mechanical properties of high impact resistance required by engineering plastics, but also inherits the advantages of low density, corrosion resistance and easy forming of carbon fiber. In the composition, the content of carbon fiber is%

rtp said that this composite material can withstand the test of high temperature, high pressure and other polar environments, and its application prospect in aviation, industry, medical treatment, automobile and other fields will be very promising. It is expected that this material will gradually replace aluminum, zinc, magnesium and other metals in the near future

it can be seen that foreign countries have made great efforts in the research of new technologies of engineering plastics, but at present, domestic engineering plastics enterprises still have some shortcomings, with few high-end products, many middle and low-end products, and fierce competition. Domestic enterprises should pay attention to product innovation and formulate industrial standards. They should not only stabilize the domestic market against general flexible packaging manufacturers, but also "go out" to do a good job in the development of foreign markets, so as to achieve the leapfrog development of the medium and high-end product market

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