The Polymer Industry Cluster is celebrating the selection of the Northeast Ohio Sustainable Manufacturing for Advanced Resilient Technologies (NEO-SMART) Engine for the National Science Foundation’s Regional Innovation Engines program, calling it a significant step forward for the region’s advanced manufacturing economy.
Led by Case Western Reserve University, the NEO-SMART Engine is eligible to receive up to $160 million over 10 years to support manufacturing innovation, technology commercialization, workforce development and economic growth across an 18-county region.
Struktol Company of America, LLC, highlights its TR 451, a processing additive specifically designed for use in highly loaded mineral filled polyolefins. Engineered as an optimized blend of special oleo chemicals, TR 451 helps compounders meet demanding performance and cost targets in high-filler systems by improving homogenization and processing efficiency.
Bangkok, Thailand – TechnoBiz announced that Mr. Amarnath SKP, Vice President (R&D), Apollo Tyres Ltd., will deliver the Keynote Address
Boston Industrial Solutions, Inc., announced the launch of the new Citrine® SA1-370 Silicone Glue, a high-performance industrial adhesive engineered to permanently bond to silicone substrates.
Alongside robust technical, business and industry presentations covering a wide range of topics, the Rubber Division is also offering in-depth Educational Symposium courses at the Global Polymer Summit. These focused, longer sessions deliver deeper insights and practical training on high-value topics led by industry experts. Whether you’re looking to sharpen your technical skills, stay on top of market innovations or develop new workplace strategies, there’s something for everyone.
To apply and review eligibility requirements, visit https://marpg.org/scholarships/. Members who would like to support the scholarship program may also contribute any amount to the scholarship fund by selecting the “Donate Now” button on the same page.
Applications must be submitted by July 31, 2026. Scholarship recipients will be selected and notified before September.
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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