In recent years, with the "plastic instead of steel", "plastic instead of wood" gradually rise. Engineering plastics because of its excellent performance, has been widely used in electrical, automotive, construction, office equipment, machinery, aerospace and other industries, coupled with the advance of energy conservation and environmental protection tide, engineering plastics become in today's world of the fastest growing areas of the plastics industry, its development is not only to national pillar industry and the modern new and high technology industries play a supporting role, At the same time, it also promotes the transformation of traditional industries and the adjustment of product mix.

According to a new report, demand for engineered plastics will continue to be many times higher than for ordinary plastics in recent years, and the trend is set to continue. It is precisely because of this trend, both domestic and foreign enterprises, are optimistic about the engineering plastics market, and committed to develop more excellent performance of engineering plastics to meet the market demand.

In the past 10 years, China's engineering plastics industry has made remarkable achievements, the average annual growth rate of industrial output value of more than 20%, the scale of enterprises continue to grow, the level of science and technology has been improved, some of China's product technology, quality index has been close to the advanced level of foreign countries.

Xinda achieved a breakthrough in the research and development of polyether ether ketone composites

Recently, Xinda's research and development of polyether ether ketone composite products has made breakthrough progress, successfully completed the confirmation of composite material formula, as well as the research and development process of production technology. The purity and color of the products are excellent, and the performance has reached the international advanced level. The successful research and development of polyether ether ketone composites has broken the long-term monopoly of European and American countries on polyether ether ketone market and provided strong support for the development of polyether ether ketone composites industry in China. Taking this opportunity, the company will focus on expanding to the downstream profile direction and achieve the comprehensive development of polyether ether ketone composite material industry.

Although polyether ether ketone resin has achieved mass production in China, the quality has reached the advanced level of similar foreign products, and the price is significantly lower than the international market price, with certain export competitiveness, but there is still a big gap between domestic polyether ether ketone resin and the international level. First, compared with imported raw materials, the purity and color of domestic raw materials need to be further improved; Second, domestic raw material varieties brand is too single, can not produce a variety of special materials; Third, the domestic downstream profile processing is not matched, can not produce pipe, bar, sheet and other different profiles to supply the market, so that the application and development of domestic polyether ether ketone resin is greatly limited. Therefore, the research and development of high-performance POLYEther ether ketone composite material is imminent, and the research and development of this material can solve the situation that high-end polyether ether ketone application field in China is controlled by others.

Compared with domestic enterprises, Mitsubishi Chemical is not inferior in the research and development of engineering plastics. Its DURABIO™ engineering plastics were used in Renault's Lei Ao dashboard shell, which became the first in Europe.

Mitsubishi Chemical bio-based polycarbonate will be used in the Renault Rayon dashboard housing

On August 4, Mitsubishi Chemical announced that its new bioengineered plastic DURABIO™(bio-based polycarbonate) will be used in the dashboard casing of French carmaker Renault's New Correio. It is reported that the new Coreao is Renault in June 2016 released a new model. This is the first time that DURABIO™ plastics have been used in the production of vehicles by a European automaker.

DURABIO™ is a new bioengineered plastic based on isosorbitol extracted from plants, which has superior heat and impact resistance compared to traditional engineered plastics. In terms of optical performance, DURABIO™ stands out, especially in terms of brightness and transmittance. In addition, thanks to its superior hardness and stiffness, the material can be used without any coating process.

In terms of the actual performance of the DURABIO™, Renault has done a good job. The results show that DURABIO™ offers superior aesthetic, technical performance and cost effectiveness compared to traditional materials. Mitsubishi Chemical will also take this as a breakthrough, vigorously expand the European market.

In the next 10 years, China will gradually shift from manufacturer to produce power, engineering plastics usage will be growing, and under cost pressure, the market localization calls for more and more is also high on the material, it will give domestic suppliers bring unlimited business opportunities and broad application prospects, and promote rapid development engineering plastic industry. At the same time, the huge market demand also promotes the continuous progress of the industry. China's engineering plastics industry will enter a stage of rapid development whether it is material equipment, processing and molding, or application market development.

COMPANY NAME：
Guangdong Wanhan New Material Technology Co., LTD

COMPANY ADDRESS：
Floor 2, Building 2, No. 3, East Xingqi Road, Dongxing District, Dongjiang Science Park, Zhongkai High-tech Zone, Huizhou city, Guangdong Province

ZIP CODE：

516006