High-performance EPDMs with lower environmental impact

In the drive for a more sustainable future, global industry is seeking a new generation of elastomers with lower environmental impacts. Our new range of EPDM elastomers marks a step change in sustainability. They enable the creation of final components with up to a 55 percent reduction in product carbon footprint, yet with no compromise on performance compared to traditional EPDM elastomers.

Available as O-Rings and engineered molded parts for a wide array of industry applications, they offer reductions in carbon footprint of the compound of up to 61 percent and a reduction in product carbon footprint (PCF) of up to 55 percent.*
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Product Page Webinar Registration_Reduced Carbon Footprint EPDMs
Trelleborg Sealing Solutions engineers introduce Reduced Carbon Footprint EPDMs and demonstrate how they significantly reduce environmental impact without compromising performance.

Come back soon to register for the Reduced Carbon Footprint EPDMs webinar​

Features and benefits of Reduced Carbon Footprint EPDMs

Reduced Carbon Footprint EPDMs provide environmental advantages while maintaining the strict performance standards required by global industries.
  • Significantly reduced environmental impacts with reductions in PCF of up to 55 percent
  • Equivalent application performance characteristics to fossil-based EPDMs
  • Formulated from renewable, non-fossil feedstocks and increased recycled content
  • Versatile product range - available across a wide selection of products, including O-Rings,
  • gaskets and engineered molded parts
  • Broad industry application - perfectly suited for all general industrial segments, from automotive and transportation to energy and manufacturing
  • Verified sustainability benefits
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Reduced Carbon Footprint EPDMs

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ET711

E7T11 is a black 70 Shore A EPDM suitable for compression and injection molding. In compound form, its carbon footprint is 51 percent lower than a traditional EPDM. As a typical molded seal, it features a PCF reduction of up to 33 percent. E7T11 has equivalent application performance characteristics to traditional EPDMs.
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E8T12

E8T12 is an 80 Shore A EPDM suitable for compression molding. Compared to a traditional EPDM compound, E8T12 has a 61 percent lower carbon footprint. As a finished molded seal, it offers a PCF reduction of up to 55 percent. E8T12 retains all essential characteristics for industrial applications.

From feedstock to finished seals

The mass balance approach tracks non-fossil feedstocks throughout the value chain and attributes them to the final product using verifiable bookkeeping. This enables us to manage the use of renewable materials used during production even when combined with conventional fossil-based ingredients.
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Technical questions and answers

  • Do Reduced Carbon Footprint EPDMs compromise performance?
    No, these elastomers provide equivalent application performance characteristics to traditional EPDMs.
  • What renewable feedstocks are used in Reduced Carbon Footprint EPDM elastomers?
    We use bio-circular feedstocks derived from renewable inputs like used cooking oil, forestry residue and tall oil. Also included are recycled fillers from end-of-life tires.
  • How do these elastomers lower a product carbon footprint?
    Through substitution of fossil-based raw materials with bio-circular and recycled feedstocks, these advanced solutions significantly decrease product carbon footprint.
  • Where are Reduced Carbon Footprint EPDM elastomers used?
    Reduced Carbon Footprint EPDM elastomers are used in sealing applications across industries such as automotive, energy, water management and industrial manufacturing, where durability and environmental performance are both essential.
*Calculated using an E8T12 plate heat exchanger (PHE) gasket manufactured by Trelleborg Sealing Solutions Czechowice.
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