Revolutionary Low-Gloss PC/ABS Grade Transforms Automotive Cabin Interiors
ELIX Polymers launches ELIX PC/ABS GR 5125, solving the long-standing trade-off between matte aesthetics, mechanical toughness, and low VOC emissions for automotive cockpits.
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Breakthrough Bifacial Ladder Polymers Reach 90% Spin Polarization
Osaka researchers created bifacial ladder polymers that self-assemble into chiral films and produce spin polarization approaching 90%.
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Recyclable Elastic Yarn Could Transform Stretch Clothing
MIT engineers have developed a polyethylene-based elastic yarn designed to deliver the strength and flexibility required by stretch clothing without creating the recycling problems associated with conventional spandex blends. Tests suggest the material can be melted and respun repeatedly without a significant loss of performance.
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Coal Carbon Materials: Chinese Process Targets Graphene and Fibers
A Chinese industrial team says its coal-processing technology can produce graphene, carbon fibers and other advanced materials. A planned demonstration project could reveal whether its performance and emissions claims hold up at commercial scale.
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Breakthrough materials promise stronger fusion reactors with 3 key performance gains
New composite materials for fusion reactors could dramatically improve heat resistance, efficiency, and durability, advancing the future of clean energy.
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Advanced stabilizer solutions improve 5 key automotive durability challenges significantly
New translucent polypropylene stabilizers from Syensqo enhance durability, aesthetics, and long-term performance in modern automotive applications.
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Bio-based polyurethanes achieve 65% lower emissions in major sustainable materials breakthrough global
New data from Algenesis reveals that bio-based polyurethanes can cut carbon emissions by up to 65%, offering a scalable and sustainable alternative to petroleum-based plastics.
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Polyolefin Recycling Breakthrough Shows 3 Powerful Paths Toward Sustainable Plastics Future
New research reveals how polyolefin recycling and material redesign can transform plastic waste into high-value resources while enabling a circular, low-carbon future.
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Advanced Manufacturing | chemical industry | Corporate Expansion | Innovation Strategy | Materials Science
Celanese Expands Michigan Technology Center to Power Engineered Materials Innovation and Accelerate Customer Development Across North American Advanced Manufacturing Markets 25-02-2026
Celanese opens its expanded Michigan Technology Center to accelerate engineered materials innovation, strengthen North American manufacturing, and enhance customer-driven product development.
