Looking for a way to make a greater impact on our industry? Volunteer leadership opportunities are now available with Rubber Division, ACS. Serving on the division’s Board of Directors or a committee is a valuable way to share your expertise, grow your professional network, develop leadership skills and help guide the future direction of our organization and industry.
The project is developing new laboratory methods to analyze and predict tire wear under real-world conditions. By combining multiple collection and measurement techniques, researchers can precisely analyze both airborne and deposited tire particles.
Researchers have also developed tribological models that examine how load conditions, material properties, surface characteristics and particle formation interact. The models allow laboratory testing to more closely replicate real-world tire abrasion.
The International Institute of Synthetic Rubber Producers (IISRP) announced the release of the 2026 edition of Worldwide Rubber Statistics, the industry’s leading source of authoritative data and analysis on the global synthetic rubber market.
The Association for Rubber Products Manufacturers, ARPM announced the newly updated OS-20 Dynamic Seal Technical Bulletin: Radial Lip Type Shaft Seals Terminology.
The Yokohama Rubber Co., Ltd. announced that, together with the Surat Thani branch of the Rubber Authority of Thailand (RAOT), it held a seminar event for natural rubber farmers in June 2026 in the Surat Thani area of Thailand, where its natural rubber processing subsidiary, Y.T. Rubber Co., Ltd. (YTRC), is located. The purpose of the seminar was to help the farmers improve their productivity and the quality of the natural rubber they produce.
In this issue of Rubber Review Magazine, we feature Dr. Peyman Ezzati, an internationally recognized polymer engineer, researcher, innovator, and industry leader whose work spans elastomer engineering, sustainable materials, rubber compounding, tire technology, and circular economy solutions. With extensive academic and industrial experience across Iran, China, Europe, and international collaborations, Dr. Ezzati has established himself as a respected voice in the global rubber and polymer industry.
Industrial mixing is a crucial process in various industries, including production of rubber formulations, petrochemicals, pharmaceuticals, personal care products and many others. It is also integral to continuous process industries including waste water treatment, fuel and energy production, and mining of metals and minerals.
This article presents a structured laboratory approach to synthetic tire wear particle generation, chemical migration screening methodologies and analysis of
Walk into most rubber compounding operations today and somewhere upstream of the mixer one will find a granulator. It sits
Axtra3D® announced that Protolabs® has launched Medical White (MED-WHT 10) for production on the Lumia X1 Hi-Speed SLA platform powered by Hybrid PhotoSynthesis (HPS) technology. The material is immediately available through Protolabs’ digital manufacturing services, marking the fifth qualified material Protolabs now offers on the Lumia X1 platform.
Freudenberg Sealing Technologies has developed a new sealing system for busbar sealing in vehicle air-conditioning compressors. This elastomer-based solution withstands test pressures of over 100 bar in leak tests and offers a cost-efficient alternative to conventional glass seals. Designed for CO₂ compressors (R744), it also works well with other refrigerants.
The project is developing new laboratory methods to analyze and predict tire wear under real-world conditions. By combining multiple collection and measurement techniques, researchers can precisely analyze both airborne and deposited tire particles.
Researchers have also developed tribological models that examine how load conditions, material properties, surface characteristics and particle formation interact. The models allow laboratory testing to more closely replicate real-world tire abrasion.
By Dominic Testo, Specialty Silicone Products – Electromagnetic interference (EMI) is a naturally occurring orhuman caused phenomenon that degrades or
Greene Tweed has developed a rapid prototyping process for its Xycomp® DLF™ material that helps aerospace customers accelerate metal replacement development projects through faster testing and validation. The process significantly reduces lead times and costs, expanding access to high-performance composites in new markets, including Advanced Air Mobility (AAM) and Defense.
The confluence of two structural forces is rewriting the economics of nitrile exam glove manufacturing in North America. The 100%
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