Author: RubberWorld

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Freudenberg Sealing Technologies sealing alternatives to PFAS-based products

Freudenberg Sealing Technologies offers a real alternative to traditional PTFE solutions with its innovative high-performance “98 AU 30500” material. First customers in the construction machinery sector are already impressed by the use of the hydrolysis-resistant high-performance polyurethane. There are myriad areas of application in other industries as well.

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Giti Tire breaks ground on new production facility in China

Giti Tire celebrated a pivotal moment in its evolution with the groundbreaking ceremony for its advanced plant in Hefei, Anhui. Designed with a strong commitment to Industry 4.0 principles, this facility will underscore efficiency, connectivity, and innovative technology.

Once the project is concluded, the Hefei plant will be strong evidence of Giti’s dedication to environmental efficiency. The detailed plans showcase the integration of the latest production machinery and techniques, ensuring an eco-friendly approach that maintains the highest standards of product quality.

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Cabot announces price increase for carbon black products world-wide

Effective for all shipments on or after November 1, 2023, or as contracts allow, Cabot Corporation will raise prices globally by up to 9% for carbon black products sold by its specialty carbons business. This price increase will address higher costs associated with continued inflationary impacts on manufacturing operations, including higher operating and maintenance costs. It will also address environmental compliance costs associated with Cabot’s continued investment in necessary technology controls to comply with enhanced environmental regulations at its specialty carbons manufacturing facilities. The increase will vary by product and geography.

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Carbon Black, Silica & Reinforcing MaterialsNewsrss1Tire Technology & Manufacturing

Scientists observe the molecular motion of rubber components in tires

An international research team led by scientists from the University of Tokyo, Ibaraki University, and European XFEL has now observed the molecular motion within samples of polybutadiene and carbon black, which occurs naturally as a result of the material structure, with a time resolution of 890 nanoseconds (billionths of a second)—the fastest resolution obtained in such studies so far—at the European XFEL’s SPB/SFX instrument.

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