The advent of new plastic materials will set off a new round of technological revolution

1. Nano-diamond particles are authorized by the US patent

According to reports, European Carbodeon has been granted US patents for the combination of explosive synthesis of nano-diamond particles with polymers for personal electronics, LED lighting, automotive and machine tool applications. Nano-diamond injection polymers provide thermal conductivity advantages for mobile lighting products such as LED lighting products and mobile phones, while the Internet of Things makes any type of device possible. Wear resistance means it can also be used in aerospace and automotive applications to ensure longer product life in hard wear environments.

Second, the luminescent plastic particles improve the luminous effect of the product

The luminescent plastic granule is a kind of plastic granule with self-luminous function. It is made of high-tech light-storing self-luminous material developed by Dalian Luming. It can be directly injection molded or scaled into the same plastic injection molding, made into a variety of luminescent plastic products, absorb visible light for 10-20 minutes, and the night light can be continuously illuminated for more than 12 hours, which plays a role of safety indication and decoration. The illuminating plastic granule compounding process is simple, the luminescent pigment is uniformly dispersed, and the inner quality and appearance effect of the luminescent plastic product are effectively improved.

Third, artificial carbon-based materials or set off a new round of technological revolution

Recently, the Oxford University Laboratory in the United Kingdom pre-sold its 2014 man-made carbon-based material, fullerene, at a price of nearly 100 million pounds per gram. Related scientists predict that the successful development of fullerenes will set off a new round of technological revolution. The use of fullerenes makes small, portable atomic clocks. According to reports, the portable atomic clock will become the most accurate timing system in the world, and it can also improve the accuracy of the car GPS navigation system, from the current 2 meters to 1 mm.

At present, many new materials are still in the experimental stage of research and development, and it is necessary to wait until the production technology matures to achieve large-scale production applications. But what is certain is that with the development and application of more new materials, a new round of scientific and technological revolution will be launched to promote the rapid development of the industry economy.