2008
DOI: 10.1177/0307174x0803500107
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Possibility of Using Nanodispersed Fillers of Different Nature in Elastomer Composites

Abstract: One of the most important processes of rubber technology is the reinforcement of the elastomers with dispersed fi llers, chiefl y with carbon black. However, even with a wide variety of carbon black available, it is unable to satisfy requirements concerning the properties of rubber compounds of different designation.

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“…Assessment of the reinforcing activity of the investigated materials in elastomer composites of standard composition based on SKMS-30ARK methylstyrene butadiene rubber showed [12] that in their reinforcing activity the natural and synthetic ultradispersed carbon materials are inferior to the main grades of carbon black and at the same level as low-activity carbon black grades. The introduction of DCB, UDDs, fullerene black, and thermolysis residue into the rubber mix in a quantity of 50 parts is difficult because existing mixing technology does not make it possible adequately to disperse fillers with a specific surface greater than 150 m 2 /g in the elastomer matrix.…”
Section: Translated By P Curtismentioning
confidence: 99%
“…Assessment of the reinforcing activity of the investigated materials in elastomer composites of standard composition based on SKMS-30ARK methylstyrene butadiene rubber showed [12] that in their reinforcing activity the natural and synthetic ultradispersed carbon materials are inferior to the main grades of carbon black and at the same level as low-activity carbon black grades. The introduction of DCB, UDDs, fullerene black, and thermolysis residue into the rubber mix in a quantity of 50 parts is difficult because existing mixing technology does not make it possible adequately to disperse fillers with a specific surface greater than 150 m 2 /g in the elastomer matrix.…”
Section: Translated By P Curtismentioning
confidence: 99%