Studies on Inorganic Rubber Fillers: With Special Reference to the Relationships Between the Properties of Fillers and the Properties Imparted to Vulcanized Rubber |
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100 parts rubber abrasion resistance active aggregation aluminum oxide approximately arithmetic mean diameter calculated carbon black carried Chapter chemical composition Class COHAN comparable compounds considerably considered consist containing crystal structure curves decreases depend described determined diagrams electron microscope Electron photomicrograph elongation at break example exist extent factor Figure filler per 100 finely divided formula function further give given hand hardness Impact Resilience importance increases interest investigations kg/cm² least less lines literature materials measure method modulus normally obtained oxide samples particle shape particle size pointed possible prepared primary particles probably properties imparted reaction reinforcing properties relationships relatively rubber by weight rubber properties seems shape Shore shown shows specific surface spherical standard studied substances surface Table tear resistance tensile strength titanium dioxide types of carbon values volume loading volumes of filler vulcanizates vulcanized Zinc Oxide