Please note that the auto-translation function (beta) uses the 3rd-party tool to translate contents based on the English version of the website and it may occur incorrect results sometimes.
Please note that the auto-translation function (beta) uses the 3rd-party tool to translate contents based on the English version of the website and it may occur incorrect results sometimes.
x
2027·4·13 - 16
Shenzhen World Exhibition & Convention Center (Bao'an), PR China

Advancing a Smarter, Circular Future - As One

The circular economy, artificial intelligence, and digital transformation are reshaping the plastics and rubber industries. Advances in material performance and processing technologies respond to upgrading needs in sectors such as automotive, electronics & electric, and packaging, while opening up new possibilities in emerging applications.

CHINAPLAS 2027 will take place in Shenzhen in April 2027, focusing on the circular economy, AI-driven digitalization, innovative materials, and advanced technology. Through technology showcases, industry exchange, and business matching, the show will connect resources across the global plastics and rubber value chain, strengthen links between technologies and applications, and explore pathways for transformation and development.

CircularEconomy

Converging Recycling & Low-Carbon Tech

Global environmental regulations and carbon taxes are compelling the plastics and rubber industries to transition toward low-carbon operations. The exhibition concentrates on compliance-backed technologies spanning material sourcing, low-carbon processing, and resource recycling. By integrating carbon footprint management with production floor efficiency, the platform helps enterprises meet emission reduction metrics while securing sustainable growth.

Bridging Materials, Processing & Recycling

The synergy between materials and machinery—from PCR resins and bioplastics to high-efficiency recycling equipment—provides diverse pathways for closed-loop production. The show focuses on cross-process technological alignment, such as high-barrier mono-materials, addressing degradation and process instability during recycled-content usage to balance product physics, yield rates, and sustainability goals.

Related Events

The Power of Plastics Forum
Applications in Focus
InnoAccelerate

You have entered the 【Beta Version Webpage】 of the CPS+ eMarketplace. If you want to return to the 【Official Version Webpage】, please to proceed. Thank you!

Please select