Articles

Automotive Elastomers & PartNewsrss4

Freudenberg Sealing Technologies launches two new product lines for prismatic battery cells

By 2030, well over 100 million electric cars are expected to be on the roads worldwide. To make electromobility more efficient in the future, nearly all manufacturers are working to increase range and reduce charging times. High-performance batteries are one of the priorities in this development. Freudenberg Sealing Technologies assists manufacturers by providing innovative solutions that increase cell reliability – solutions that contribute to a longer cycle life, greater design flexibility and advances in cell design. With its cell caps and cell envelopes, Freudenberg Sealing Technologies now has two products ready for series production.

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Newsrss1Tire Technology & Manufacturing

Bridgestone, Grupo BB&G and Versalis create closed-loop system for tire recycling

Bridgestone EMEA (Bridgestone), Grupo BB&G (BB&G) and Versalis (Eni) announced the signing of an agreement aimed at establishing a closed-loop ecosystem to transform end-of-life tires into new tires. The agreement will bring together the innovation, experience and technological skills of all three companies. The partnership aims to develop a model for the creation of a scalable and increasingly sustainable supply chain.

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Newsrss1Silicone & Medical

U.S. Medical Glove acquires South Carolina polyisoprene facility to become the only U.S based end-to-end manufacturer

U.S. Medical Glove Company (USMGC) is the world’s first end-to-end manufacturer of nitrile and polyisoprene surgical and exam gloves, headquartered in its 1.8 million-square-foot facility in Harvard, IL. USMGC oversees on American soil every stage of production—from raw materials, to machine manufacturing, to deploying AI technology in the development of its proprietary ERP, to the distribution of the final products.

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Newsrss4Silicone & Medical

Researchers integrate gold nano wires with silicone to create flexible long-lasting electrodes

The soft electrodes developed by Klas Tybrandt’s research group at Linköping University are stretchable to follow the body’s movements without damaging tissue. They consist of extremely thin threads of gold and soft silicone rubber. “The classical conductors used in electronics are metals, which are very hard and rigid. The mechanical properties of the nervous system are more reminiscent of soft jelly. In order to get an accurate signal transmission, we need to get very close to the nerve fibers in question, but as the body is constantly in motion, achieving close contact between something that is hard and something that is soft and fragile becomes a problem”, says Klas Tybrandt, professor of materials science at the Laboratory of Organic Electronics at Linköping University, who led the research.

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