DIFAS T O O T H B R U S H H A N D L E • Replace current polymer with a more sustainable solution • Excellent surface finish with multiple color options • Processed using current molding equipment and machinery • Used formulation expertise to develop a custom formulation that met critical quality parameters and enabled customer to use existing molding equipment • Enabled customer to work towards sustainability goals and bring a competitive solution to the market • Enhanced the marketplace appeal of the end product with colorability of the material Maxxam BIO Bio-based Polyolefin Formulations KEY REQUIREMENTS WHY AVIENT? AVIENT SOLUTION SUSTAINABILITY + AESTHETIC LEARN MORE © 2024, Avient Corporation, All Rights Reserved https://www.avient.com/products/engineered-polymer-formulations/sustainable-formulations/maxxam-bio-bio-based-polyolefin-formulations DIFAS

Maxxam™ Polyolefin Formulations Avient engineered a new customized formulation for the part using Maxxam™ Polyolefin Formulations. Maxxam™ formulations are based on polypropylene and polyethylene resins and can be filled and reinforced to satisfy the required performance characteristic.

Maxxam™ Polyolefin Formulations Avient engineered a new customized formulation for the part using Maxxam™ Polyolefin Formulations. Maxxam™ formulations are based on polypropylene and polyethylene resins and can be filled and reinforced to satisfy the required performance characteristic.

Maxxam™ Polyolefin Formulations Avient’s Onflex™ Lo TPE and Maxxam™ engineered material formulations are used for interior HVAC air flaps, trays, console carrier and instrument panels, and related interior parts. Maxxam™ helped the customer reduce the VOCs and fogging in their newly launched models by up to 80%, without compromising desired mechanical property or surface finish.

Maxxam™ Polyolefin Formulations Avient’s Onflex™ Lo TPE and Maxxam™ engineered material formulations are used for interior HVAC air flaps, trays, console carrier and instrument panels, and related interior parts. Maxxam™ helped the customer reduce the VOCs and fogging in their newly launched models by up to 80%, without compromising desired mechanical property or surface finish.

Maxxam™ Polyolefin Formulations Avient’s Onflex™ Lo TPE and Maxxam™ engineered material formulations are used for interior HVAC air flaps, trays, console carrier and instrument panels, and related interior parts. Maxxam™ helped the customer reduce the VOCs and fogging in their newly launched models by up to 80%, without compromising desired mechanical property or surface finish.

Maxxam™ Polyolefin Formulations Avient engineered a new customized formulation for the part using Maxxam™ Polyolefin Formulations. Maxxam™ formulations are based on polypropylene and polyethylene resins and can be filled and reinforced to satisfy the required performance characteristic.

Utilizing the Social Plastic from Plastic Bank, two new Maxxam™ REC Recycled Polyolefin formulations were developed, one in each RAL color requested. The Maxxam REC Recycled Polyolefin formulations met the required technical specifications, including good UV resistance, scratch resistance, impact resistance, and with a matte finish, making them suitable for use in the cubyko leaf waterproof outdoor socket. THE IMPACT The new Maxxam REC Recycled Polyolefin formulations from Avient enabled Hager to bring the new cubyko leaf to market quickly, with a first launch in the French market in January 2024.

Maxxam™ Polyolefin Formulations Avient’s Onflex™ Lo TPE and Maxxam™ engineered material formulations are used for interior HVAC air flaps, trays, console carrier and instrument panels, and related interior parts. Maxxam™ helped the customer reduce the VOCs and fogging in their newly launched models by up to 80%, without compromising desired mechanical property or surface finish.

Maxxam™ Polyolefin Formulations Avient’s Onflex™ Lo TPE and Maxxam™ engineered material formulations are used for interior HVAC air flaps, trays, console carrier and instrument panels, and related interior parts. Maxxam™ helped the customer reduce the VOCs and fogging in their newly launched models by up to 80%, without compromising desired mechanical property or surface finish.