New resins from bio-feedstock for enhanced sustainability

Today’s consumers are increasingly considering sustainability when making purchasing decisions yet improving the carbon footprint and circularity of products has traditionally brought major challenges for designers and manufacturers – until now.

DuPont’s sustainable resins, including our newest offering, Delrin^® Renewable Attributed acetal homopolymer, can help customers easily achieve sustainability goals such as lowering carbon footprint, using less material, lowering emissions, and supporting reuse and recycling – while maintaining high performance.

In this webinar, DuPont experts will discuss the benefits of our sustainable materials portfolio, spotlighting our new Delrin^® Renewable Attributed products in more detail.

These include:

• Low Carbon Footprint: DuPont’s Delrin^® Renewable Attributed resins are made with a base polymer produced from 100-percent certified bio-feedstock from waste, according to mass balance principles, and offer a world-class environmental profile among engineering resins.
• Reduced Material Use: As a high-performance plastic, Delrin^® Renewable Attributed resin enables thin-wall designs to save material without compromising performance, and reduce energy consumption during injection molding.
• High Durability: Delrin^® Renewable Attributed resin’s high strength and fatigue resistance can extend the useful life of parts to reduce premature failure and waste.
• Support for Circularity: Delrin^® Renewable Attributed resin offers the potential to be recycled with high retention of its original properties.

Presenters: Mark Hazel, Marketing Manager – Industrial & Consumer, and Marta Dal Molin, Ph.D., Delrin^® Business Development Leader – EMEA, from DuPont’s Mobility & Materials business

Date: Thursday, November 11, 2021

Time: 9:00 a.m. EST

Register here