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Herausforderung Elektromobilität
Although both the internal combustion engine and electrified powertrains are expected to grow, Freudenberg is planning on electric vehicles reaching significant volumes by 2025 and beyond. This means that automakers and suppliers are already getting immersed in the product and solution needs specific to E-Mobility advancement.Weiterlesen...
Innovative Nanocomposites with enhanced Barrier Properties
The aim of the study is to develop nanocomposite-based elastomers of a thin layer thickness that nonetheless provide ultrahigh permeation resistance to liquids and gases. The platelet fillers used phyllosilicate or graphene exhibit a high efficiency.Weiterlesen...
Properties of Natural and Styrene-Butadiene Rubbers with Butadiene Rubber Blends I
Blending of rubbers is often used to enhance the properties of rubber products. This study deals with blends containing rubber only because of the elimination of the potential side effects of the additives.Weiterlesen...
Ozone-Resistivity of Isoprene Rubber mixed with a Wax as an Antiozonant at below Freezing
Effect of wax on the ozone resistance of vulcanized natural rubber (NR) and vulcanized isoprene rubber (IR) was investigated by observing crack propagation of the vulcanized rubbers at 40°C and -30°C under 50 pphm ozone atmosphere. The ozone exposure test for the vulcanized rubbers was performed, after the wax bloomed at 40°C under a strain of 0.2.Weiterlesen...
Ionic conductivity and mechanical Properties of ionic Liquids incorporated PMMA based Polymer Electrolytes
Series of 1-alkyl-3-methylimidazolium bromide [RMIM]Br ionic liquids (ILs) had been synthesized and reported through quaternization reaction. The addition of ionic liquids to polymer electrolytes has been reported to increase the polymer electrolytes conductivity. In this study, PMMA/[RMIM]Br polymer electrolyte films were prepared using solvent casting method.Weiterlesen...
Long-therm stability of the Silicatization and the Influence on the Adhesion Properties between Liquid Silicone Rubber (LSR)-Thermoplastic Composites
The focus of this research project is on the adhesion properties between liquid silicone rubber and thermoplastics. By silicatization of the thermoplastic surfaces an adhesion between both components could be produced or improved.Weiterlesen...
Rubber Compound for self-sealing Tires
Arlanxeo has developed a rubber compound that can be used in the future to seal tires. This solution for so-called self-sealing tires replaces the spare wheel and also presents an alternative to a repair kit or run-flat tire. An appropriate rubber compound, which is applied on the interior of the vehicle tire, enables holes occurring in the tire to be automatically sealed, so the driver can continue driving. Arlanxeo is presenting the development at Tire Technolgy Expo 2018, Booth 4014.Weiterlesen...
S-SBR for Energy-efficient and Safe Tires
At Tire Technology Expo Trinseo presents innovative S-SBR grades that address a diverse set of market needs, balancing energy efficiency with good processability. Attendees will also receive an update on other key elements of Trinseo’s strong customer focus – the new S-SBR pilot plant and the capacity expansion at the manufacturing plant in Schkopau, Germany.Weiterlesen...
Functionalised S-SBR types for overall improved tire performance
Demand for tires that provide enhanced fuel-efficiency has been growing rapidly and is forecasted to continue to do so as tire production in emerging countries grows in line with greater motorization and as environmental regulations around the world become increasingly stringent.Weiterlesen...
