High performance: Modified plastics not only possess the advantages of traditional plastics, such as low density and corrosion resistance, but also have significantly improved physical and mechanical properties, such as high strength, high toughness, high impact resistance, wear resistance and shock resistance. In addition, the improvement of the comprehensive performance of plastics provides a foundation for their wide application in downstream fields.
Low cost: Compared with other materials, plastic benefits from advantages such as high production efficiency and low density, and has a lower cost. The cost per unit volume of plastic is only about one-tenth of that of metal.
Government policy: The "3C" compulsory certification system implemented in China has imposed strict regulations on the safety performance of products listed in the catalogue, thereby promoting the wide application of flame-retardant plastics in household appliances, IT, communication and other fields.
Consumption upgrade: With the improvement of living standards, people have begun to pursue more outstanding product performance, demanding that household appliances and other products be more aesthetically pleasing, safe and durable. This has put forward higher requirements for the upstream plastic industry, demanding that it have better processing performance, mechanical properties, durability and safety.
Technical factors: Over 1,000 types of polymers have been discovered worldwide, but only a few dozen of them have practical application value. Developing new polymers not only requires a huge investment but also has an unclear application prospect. On the contrary, modification technology can not only enhance the performance of existing polymers to meet the demands of the industry, but also reduce the cost of some high-priced engineering plastics, thus becoming an effective way to develop the plastic industry.
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