Trelleborg Sealing Solutions Launches Low-Carbon Polymer Materials for Automotive Applications

Trelleborg AB has announced that its Trelleborg Sealing Solutions business has introduced two new polymer materials that deliver up to a 55% lower carbon footprint than traditional alternatives. The new materials have been developed using bio-circular and recycled raw materials while maintaining performance equivalent to conventional polymer solutions. This development supports customers looking to reduce the environmental impact of their products without compromising reliability or functional performance across demanding applications.

New Sustainable Polymer Materials for Multiple Industries

The newly launched materials are part of Trelleborg Sealing Solutions' Polymers for Tomorrow program, an initiative focused on expanding sustainable material options across industrial sectors. By incorporating bio-circular and recycled feedstocks, the company aims to lower the overall carbon footprint of its polymer portfolio while preserving the mechanical and sealing characteristics expected from conventional materials. These products are intended to support manufacturers seeking more sustainable material choices without requiring performance trade-offs.

Automotive Sector Among Key Target Markets

The new polymer materials have been developed for use across a range of industries, including the automotive sector. Their ability to provide equivalent performance while significantly reducing carbon emissions makes them suitable for applications where durability, sealing efficiency, and long-term reliability remain essential. Through the Polymers for Tomorrow program, Trelleborg Sealing Solutions continues to expand its portfolio of sustainable material technologies designed to meet evolving industry requirements.

Frequently Asked Questions

What are Trelleborg Sealing Solutions' new low-carbon polymer materials?
Trelleborg Sealing Solutions has introduced two polymer materials that achieve up to a 55% lower carbon footprint compared with traditional alternatives by using bio-circular and recycled raw materials. Despite the reduced environmental impact, the materials deliver performance equivalent to conventional polymer solutions. They are part of the company's Polymers for Tomorrow program and are intended for multiple industries, including automotive applications, where durability, sealing performance, and reliability remain critical.