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Celanese and Cooper Standard Honored for Industry-First TPV Window Sealing System with SPE Automotive Hall of Fame Award

Celanese (CE) and Cooper Standard (CPE) announced that their automotive window-sealing application won the 2026 SPE Automotive Hall of Fame award.

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First use of Santoprene® TPV in a glass run channel reshaped automotive sealing and now accounts for the majority of the global market

DALLAS & NORTHVILLE, Mich.--(BUSINESS WIRE)-- Celanese Corporation (NYSE: CE), a global specialty materials and chemical company, and Cooper Standard (NYSE: CPE), a leading global supplier of sealing and fluid handling systems and components, today announced that the industry’s first use of Santoprene® TPV (thermoplastic vulcanizate) in an automotive glass run channel has been named the 2026 SPE® Automotive Hall of Fame winner. The award will be presented during SPE’s 55th Annual Automotive Innovation Awards Gala on November 4, 2026.

The honored application was the industry’s first to replace EPDM thermoset rubber with Santoprene® TPV in the extruded channel in which a vehicle’s side windows travel, proving that a thermoplastic could match the rubber-like sealing the industry relied on against weather, dust and noise.

That result came from collaboration across the automotive value chain. The Santoprene® TPV business, now part of Celanese, contributed the material development expertise, while Cooper Standard, through its acquired company Jyco, brought the design and manufacturing know-how to move the concept into series production. Because TPV extrusion required less capital investment and less production space than rubber processing, the teams could build a compelling business case that enabled the OEM to convert from EPDM during a mid-cycle program.

The switch also brought sustainability gains that still matter today. Lower density and design optimization cut part weight by approximately 30 to 50 percent compared with EPDM, supporting improved vehicle fuel efficiency, and unlike thermoset rubber, TPV can be reprocessed as scrap and recycled at end of life. Celanese has since extended those advantages with Santoprene® TPV ECO-R grades containing post-consumer recycled content.

“Replacing rubber in a glass run channel meant matching the performance of a material the industry had trusted for decades, and doing it in a thermoplastic,” said Todd Elliott, Senior Vice President, Engineered Materials at Celanese. “What made it work was that the material and the part were developed together rather than in sequence, and more than two decades on, that approach has become the industry standard.”

The success of that first program gave both companies a foundation to build on, and the solution was replicated across additional applications and vehicle platforms. TPV now accounts for approximately 55 percent of the global glass run channel market.

“Sophisticated product design, digital analysis and manufacturing excellence were critical to making this application successful,” said Lorcan McCooey, Vice President, Global Sealing Product Development, Cooper Standard. “Plastics and rubber behave very differently, so our team designed around the unique characteristics of TPV to create a durable solution built for long-term performance. That work helped establish Cooper Standard as a leading expert in TPV vehicle sealing and laid the foundation for many additional sealing innovations.”

The two companies continue to work together on higher-performance technologies for increasingly demanding automotive sealing applications, extending a partnership that began with a single component on a single vehicle and now spans platforms worldwide.

About Celanese

Celanese is a global leader in chemistry, producing specialty material solutions used across most major industries and consumer applications. Our businesses use our chemistry, technology and commercial expertise to create value for our customers, employees and shareholders. We support sustainability by responsibly managing the materials we create and growing our portfolio of sustainable products to meet customer and societal demand. We strive to make a positive impact in our communities and to foster inclusivity across our teams. Celanese Corporation is a Fortune 500 company that employs more than 11,000 employees worldwide with 2025 net sales of $9.4 billion.

About Cooper Standard

Cooper Standard, headquartered in Northville, Mich., with locations in 20 countries, is a leading global supplier of sealing and fluid handling systems and components. Utilizing our materials science and manufacturing expertise, we create innovative and sustainable engineered solutions for diverse transportation and industrial markets. Cooper Standard's approximately 22,000 team members (including contingent workers) are at the heart of our success, continuously improving our business and surrounding communities. Learn more at www.cooperstandard.com or follow us on LinkedIn, X, Facebook, Instagram or YouTube.

Disclaimer

Full details of the 2026 SPE Automotive Innovation Awards, including the Hall of Fame award criteria and the complete list of honorees, are available from the SPE Automotive Division at: Innovation Awards Competition & Gala. Santoprene® is a registered trademark of Celanese or its affiliates. SPE® is a registered trademark of the Society of Plastics Engineers. All other trademarks are the property of their respective owners.

All registered trademarks are owned by Celanese International Corporation or its affiliates.

Celanese Contacts:

Investor Relations
Bill Cunningham
+1 972 443 4730
william.cunningham@celanese.com

Media Relations – Global
Jamaison Schuler
+1 972 443 4400
media@celanese.com

Media Relations Europe
Petra Czugler
+49 69 45009 1206
media@celanese.com

Media Relations – Asia
Maria Xia
+86 21 3861 9368
maria.xia@celanese.com

Cooper Standard Contact:

Chris Andrews
(248) 596- 6217
candrews@cooperstandard.com

Source: Celanese Corporation

Key Terms

thermoplastic vulcanizate technical
A thermoplastic vulcanizate (TPV) is a class of thermoplastic elastomer made by dynamically vulcanizing (crosslinking) a rubber phase while it is dispersed in a thermoplastic matrix, typically producing tiny crosslinked rubber particles inside a melt-processable polymer like polypropylene. The result combines elastic, rubber-like behavior at service temperatures with the ability to be melted and molded like a plastic; the rubber phase provides elasticity and weather/chemical resistance while the thermoplastic phase enables injection molding, extrusion and recycling. A key limitation is that the rubber is crosslinked at the particle level (so the material behaves like vulcanized rubber in use), but because the thermoplastic matrix controls processing and some properties, TPVs have different high‑temperature and long‑term mechanical limits than fully cured rubbers and their performance depends strongly on formulation.
epdm technical
A synthetic rubber polymer made from ethylene, propylene and a diene comonomer; EPDM is an elastomer that gets its elasticity from a saturated carbon backbone with occasional unsaturated sites introduced by the diene so it can be cross-linked. It is valued for weather, ozone and heat resistance, good electrical insulation and flexibility at low temperatures, and is commonly used for seals, hoses, roofing membranes and automotive components; it has relatively poor resistance to hydrocarbons and some oils compared with certain other rubbers.
oem technical
OEM stands for Original Equipment Manufacturer, which is a company that produces parts or components used in the final products made by other companies. For investors, understanding OEMs is important because their performance can impact the supply chain and overall success of major industries, especially those relying on specialized parts. Think of OEMs as the suppliers that provide the building blocks for larger products, like the engine parts for a car.

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