Tyre Compounding for Improved Performance by M.S. Evans

By M.S. Evans

This is often an outline of the criteria tyre compounders and engineers needs to examine whilst constructing compounds for tyres. Tyres include numerous diversified elements, with almost certainly various formulations every one part is defined individually. This overview discusses compounding parts for tyre rubbers by means of type together with polymer forms. the way forward for tyres in automobiles can be defined. the most recent advancements and destiny customers for tyres and tyre compounds are mentioned.

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The use of adhesion promoters, surface © Copyright 2002 Rapra Technology Limited References and Abstracts treatment of the metal cord, and modification of the rubbers are considered with respect to improvements in rubber to metal bonding. Compositions were developed based on sulphur-containing emulsions in oils, containing activating additives. A dimensionless parameter is used as a model criterion of interphase interaction, and the relationship between this parameter and the adhesion of plied-up elastomeric systems was established, which makes it possible to predict the behaviour of adhesive substances under real conditions.

Rapra Industry Analysis Series END-OF-LIFE TYRES - EXPLOITING THEIR VALUE Dufton P W Rapra Technology Ltd. The management of scrap tyres is examined, including methods of exploiting their value, with reference mainly to trends and developments in North America, the UK and the EU. The report follows a tyre through its life and considers the various options for its subsequent management, recovery and recycling. A brief description is given of the tyre’s construction and design, accompanied by a discussion of trends in tyre manufacturing which may affect subsequent recycling.

TBzTD provided equivalent scorch time to the control, but reduced elongation and increased modulus. TATD had similar properties to the control with faster cure. Abrasion resistance with TBzTD and TATD was much better than the control compound without a secondary accelerator. 4 refs. 34-9 MIXING OF SILICA COMPOUNDS FROM THE © Copyright 2002 Rapra Technology Limited Materials technology research and development, aimed at reducing fuel consumption by the reduction of rolling resistance in tyres is discussed, and with particular reference to the considerations which have to be made regarding the trade-off between rolling resistance and wet skid resistance, and the growing use of silica tyres.

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