Bayer MaterialScience

Innovation

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At “Cartes”, the world’s largest and most important trade fair for plastic cards, Bayer MaterialScience AG will be putting the spotlight on new material developments aimed at improving security.
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The Care-O-bot® 3 is a service robot for the home, conceived by the Fraunhofer Institute for Production Engineering and Auto-mation (IPA) together with Bayer MaterialScience AG and other partners. Bayer MaterialScience developed an elastic polyurethane skin for the external moving parts, which hardly wrinkles at all when the robot is in motion. The skin is an intelligent combination of a flexible polyurethane foam and a polyurethane dispersion frothed foam. It is a completely novel, innovative class of material which, above all else, has great potential for use in the future robotics market.
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The service robot’s skin is based on HyperNova® flexible polyurethane foam covered with several layers of Impranil® dispersion frothed foam.
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In this application of the Durflex® system of FRENZEL-BAU, the cavities between the ballast stones in the track bed are completely filled with the Bayflex® elastic polyurethane foam system from Bayer MaterialScience. This prevents the movement of the ballast stones, which occurs as a result of the dynamic forces generated when a train passes over them. This in turn increases the durability of the ballast superstructure considerably and absorbs the structure-borne noise at the point where it is usually generated.
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The first "EcoCommercial Building" from Bayer is taking shape near New Delhi in India. With its combination of high-tech insulation materials and modern technology, the building is ideally adapted to local climatic conditions with a view to achieving a zero-emission solution.
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Bayer MaterialScience has developed Baycusan®, a line of polyurethanes specifically designed for the cosmetics industry that offer a number of advantages over conventional polymers. They contain no solvents, making them environmentally friendly. They can be used to formulate skin and hair care products that emit little or no volatile organic compounds (VOCs). Photo credit: Bayer MaterialScience AG
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Gas phase phosgenation: pilot plant in Dormagen with an annual capacity of 30,000 tons.
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The strength of Baytubes® C150 HP is their exceptional purity.
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Baytubes – hockey stick
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Collimator lenses for LED headlamps: Polycarbonate provides a high-performance and cost-effective alternative to glass and PMMA.
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Baycusan®’s elastic properties are tested over a period of four hours in a special climatic chamber. A sensor-controlled ultrasonic evaporator ensures that a relative air humidity of almost 100 percent is maintained. This reduces dimensional stability, which results in faster fall-out of the curls.
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The control room of the Baytubes® production facility showing the top of the fluidized bed reactor.
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Focus on climate: The Bayer Climate Program photo montage shows the EcoCommercial Building (top left), the Bayer Climate Check for production plants (top right), stress-resistant plants (bottom left) and projects to use rapeseed oil plants for biofuels.

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