Driven by the global "double carbon" goal, EU plastic tax, packaging and plastic waste regulations and other policies have been implemented one after another. Chemical industry, adhesive/sealant, electronics, automobiles, new energy and other industries are facing unprecedented pressure of sustainable development. How to reduce the carbon footprint while ensuring high performance and reliability has become the focus of industry formulators and terminal brands. Although the traditional sizing system can meet the technological requirements, the waste of resources and environmental load brought by its plastic assembly is forcing the whole industry chain to seek an alternative of "both quality and sustainability.

However, enterprises generally face a dilemma when promoting green transformation: On the one hand, they need to introduce environmental protection materials to achieve carbon emission reduction targets; On the other hand, they must ensure the functionality, safety and process compatibility of sizing systems, avoid adding additional costs or affecting production efficiency due to scheme conversion. How to achieve a smooth leap from "fossil-based" to "bio-based plastics" and "reworking plastic" without greatly changing the existing filling equipment and sizing technology? How to reduce environmental impact throughout the product life cycle through ecological design and digital simulation? These have become common problems that industry technical decision makers need to solve urgently.

Medemes, Switzerland, is a leading supplier of fluid application solutions, covering medical and health, consumer goods and industrial fields. Especially in the industrial field, the company is not only a supplier of two-component rubber cartridges for adhesives and sealants, but also manufactures and develops supporting mixer tube and sizing equipment. They carry the research and development product-MIXPAC reworking plastic greenLine™The Environmental Protection series gives the answer. This series makes a breakthrough in applying reworking plastic (including PCR and PIR) up to 100% to the two-component rubber cylinder system with strict technical requirements, realizing the connection with existing equipment, fully compatible with the process-the real "change and use". Through ecological design principles and digital simulation tools, including filling simulation, finite element analysis, computational fluid dynamics and environmental performance evaluation, Swiss medmis is ensuring the storage stability of rubber cartridges, at the same time of mixing efficiency and mechanical strength, with a complete sustainable product solution, it helps customers realize the "zero barrier" green transformation in the whole value chain.

On April 22, 2026, from 14:00 to 15:00, Yao Lijun, a senior application engineer in the Asia-Pacific region of medelmis, Switzerland, will be a guest in Jung's online class to deeply interpret the challenges and breaking paths of the sustainable application system of two-component adhesives and sealants, share greenLine™Technological breakthroughs and actual combat cases. Sign up now to explore the future road of gluing with Swiss medelmis with equal emphasis on quality and sustainability!