History of silicones in medical devices
Selection of silicone type and processing method is crucial in the development and manufacturing of quality medical devices.
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Articles
Unique advantages of silicone and synthetic polyisoprene rubbers for medical devices
Distinctive features that make silicone and synthetic polyisoprene rubbers exceptional choices in healthcare contexts are explored and elucidated by the author.
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Medical silicones and low volume parts production
USP Class VI medical silicones support low volume parts production, and are available as ready-to-mold compounds, ready-to-cut sheets or rolls, and as finished products. By partnering with a supplier that offers low minimum order quantities and on-time deliveries, designers can get the medical silicone parts they need.
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Use of liquid silicone rubber in flame retardant rated automotive electrical connectors
by Noel Mower Chang, Yenny Cubides, David Shawl and Dongchan Ahn, Dow Chemical. Silastic 9212-50 liquid silicone rubber is a
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Streamlining medical device assembly: The advantages of engineered silicone swelling fluids
In the ever-evolving world of manufacturing and industry, companies are constantly seeking innovative solutions to improve their processes, increase efficiency and reduce costs. One such breakthrough is the advent of engineered swelling fluids, a revolutionary technology that offers a myriad of benefits to various
industries, especially medical device manufacturing.
June Patents
Patent as compiled by the editors of Rubber World for June 2024. Rubber composition and a rubber productU.S. patent: 11,834,569Issued:
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Philippine Rubber Research Institute to establish new research facility
The soon-to-rise facilities in Zamboanga Sibugay—which gained reputation as the “Rubber Capital of the Philippines” for its 80,000-hectare rubber production—shall serve as important facets of the DA-PRRI’s research, development, and extension functions as well as the implementation of its initiatives for the Philippine rubber industry.
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Honda develops sound cancelling resonators reducing tire noise
Noise-reducing wheel resonators are made from lightweight resin, and through a unique, well considered structure, are fitted to the wheel rim without the use of connecting parts such as bolts. Centrifugal force actually secures the resonators to the wheel more firmly. The resonators can withstand 1,500G during high-speed driving, and bond to the wheel stronger without losing their shape
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Sumitomo Rubber develops new technique for predicting tire noise
Sumitomo Rubber Industries, Ltd. has announced the development of a new technique for predicting noise resulting from the combined vibration of tires and vehicles. Employing a tire rolling motion simulation, the method allows both tire and vehicle manufacturers to reduce product-generated noise. This reduction enhances passenger comfort and shortens delivery time by minimizing development hours and physical prototypes. The company plans to address various user needs, including model-based tire and vehicle development, while promoting environmentally friendly tire solutions.
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MIT researchers use carbon black to create supercapacitor concrete
MIT engineers have created a “supercapacitor” made of ancient, abundant materials, that can store large amounts of energy. Made of just cement, water, and carbon black, the device could form the basis for inexpensive systems that store intermittently renewable energy, such as solar or wind energy.
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