Currently, the global rubber and plastics industry is undergoing in-depth transformation. The energy transition, green transformation driven by the "dual carbon" goals, and the integration of intelligent manufacturing and digitalization are jointly propelling the industry towards high value-added and sustainable development. Recently, the *Report on the The Top 10 Technology Trends in Plastics and Rubber in 2025* was released. Through an analysis of 118 innovative cases from 92 enterprises across 13 countries worldwide, it outlines a clear trajectory of technological innovation in the industry, providing important guidance for industrial development.

Currently, the global rubber and plastics industry is undergoing in-depth transformation. The energy transition, green transformation driven by the "dual carbon" goals, and the integration of intelligent manufacturing and digitalization are jointly propelling the industry towards high value-added and sustainable development. Recently, the *Report on the The Top 10 Technology Trends in Plastics and Rubber in 2025* was released. Through an analysis of 118 innovative cases from 92 enterprises across 13 countries worldwide, it outlines a clear trajectory of technological innovation in the industry, providing important guidance for industrial development.

In 2025, CHINAPLAS released the following ten technological trends in rubber and plastic, analyzing the trajectory of technological innovation in the rubber and plastic industry, helping upstream and downstream enterprises in the rubber and plastic industry chain seize market opportunities, and empowering the high-quality development of the rubber and plastic industry.

In 2025, Yashi Rubber and Plastic Network will release the following ten technological trends in rubber and plastic, analyze the trajectory of technological innovation in the rubber and plastic industry, help upstream and downstream enterprises in the rubber and plastic industry chain seize market opportunities, and empower the high-quality development of the rubber and plastic industry.

Modified plastics are materials with uniform appearance obtained by filling, toughening, strengthening, blending, alloying and other technical means with primary form resin as the main component and additives or other resins that can improve the mechanical, rheological, combustion, electrical, thermal, optical, magnetic and other aspects of performance.

Polypropylene (PP) as an important raw material in the plastics industry, its price fluctuation has been concerned by the market. However, recent polypropylene prices have not risen as expected, and the reasons behind this are worth exploring in depth.

Polypropylene, a polymer of propylene by addition polymerization reaction, is a thermoplastic synthetic resin with excellent properties. It is a colorless semi-transparent thermoplastic lightweight general purpose plastic.

Modified plastics are materials with uniform appearance obtained by filling, toughening, strengthening, blending, alloying and other technical means with primary form resin as the main component and additives or other resins that can improve the mechanical, rheological, combustion, electrical, thermal, optical, magnetic and other aspects of performance. According to the modified function, the modified plastics include flame retardant resins, reinforced and toughened resins, plastic alloys, functional color masterclasses, etc. Each type can be further subdivided according to different materials, and due to their respective performance differences, the application field is also different.

In the national economy, the packaging plastic industry plays an important role. It is not only widely used in chemical, food, pharmaceutical and other fields, but also deeply involved in various fields such as information, energy, industry, agriculture, transportation, space and ocean development.