Focuses of CHINAPLAS 2025
Circular Economy
The circular economy of plastics consders a whole product’s journey – before and after it reaches the consumers. CHINAPLAS 2025 showcases low carbon manufacturing solutions specifically designed for a low-carbon economy and sustainable development, advanced technology for plastic waste recycling and processing, as well as solutions for compostable materials, bio-based raw materials and recycled plastics.
Explore Circular Economy at the show
4 theme zones which are about Recycling Technologies, Recycled Plastics, Bioplastics, and Eco-Friendly Additives will bring together over 300 exhibitors to showcase cutting edges solutions. Furthermore “Sustainable Technology Route” highlights 30+ booths for visitors reference.
“The Plastics Circularity Journey” Production Line Live Demo event showcases cutting-edge high-value recycling technology, including “Circularity: Food-grade PET Recycling” and “Turning Waste into Treasure: PE High-quality Recycling”.
A series of forums and conferences including the Sustainable Plastic Packaging Forum, innoGreen Hub, SportsTech Chic + Green, Applications in Focus, and Market Insights Hub, providing valuable perspectives and guidance for low-carbon manufacturing.
CHINAPLAS Innovation of the Year 2025: Cutting-Edge Innovations You Can’t Miss
Every year, numerous exhibitors unveil their latest machinery and chemical raw materials at CHINAPLAS, and this year, over 130 new technologies are set to launch at the show.
Through “CHINAPLAS Innovation of the Year 2025”, visitors can easily access breakthrough high-tech solutions launched by industry leaders and technology pioneers between 2024-25. These cutting-edge innovations span diverse application sectors such as aerospace, automotive, new energy, medical & healthcare, and packaging — driving sustainable growth across the entire value chain while directly addressing pressing market demands.
Key highlights include technologies centered on pushing the limits of high-speed production; intelligent manufacturing with digitalization, human-machine interaction and energy-efficient design; high-performance lightweight materials, durable and reinforced materials; as well as low-carbon and recycling innovations. Together, they reflect the core principles of the circular economy and contribute to the realization of high-quality and sustainable development.
