From Bow to Stern, New Hammerhead™ Marine Composite Panels from PolyOne Remove Weight, Streamline Production Sizzling New OnColor™ Brilliant Metallic Colorants from PolyOne Create the Ultimate in Vibrance and Reflectivity Anti-Fog Additives from PolyOne Help Reduce Food Waste in Agriculture

New Rutland™ Evolve™ Bio Plastisol™ Inks from Avient Feature Over 50% Bio-Derived Content for Sustainable Screen Printing New Rutland™ Evolve™ Bio Plastisol™ Inks from Avient, containing 56-59% bio-derived content, are available from Rutland distributors beginning J Plastpol 2024 to Include Sustainable Technologies From Avient

From healthcare to transportation to packaging, and everything in between, we help our customers meet their product design and sustainability goals.

Message from VP Sustainability

We've distilled the best content from 12 legacy sites, and created additional resources for customers, investors and the media, so you're likely to discover a lot of new things about our capabilities.

It also helps convertors and brand owners by enabling the switch from multi-material to mono-material packaging, and enables convertors and brand owners to switch from difficult-to-recycle multi-material to a mono-material solution.  Enables the transition from complex, multi-material flexible packaging to a recyclable mono-material solution Additive technologies that can give your product needed protection from light

Plastics processing periodically requires the complete removal of thermooxidized deposits from extruders and injection molding machines. The effectiveness of Cesa Clean comes from the mechanical scrubbing action during purging between the material, plasticizing screw, and barrel. Mold release technology that helps prevent parts from sticking to the mold cavity.

Overmolding to a wide variety of modified and filled nylons is now possible with solutions from Avient. PP overmolding is a common characteristic of thermoplastic elastomers from GLS.

As PET undergoes multiple remelting cycles, it can break down, suffering from thermal degradation, and resulting in a material of lower quality than its virgin counterpart. This degradation can impact the processability, quality, and food safety of packaging made from rPET.

As PET undergoes multiple remelting cycles, it can break down, suffering from thermal degradation, and resulting in a material of lower quality than its virgin counterpart. This degradation can impact the processability, quality, and food safety of packaging made from rPET.