New emulsion SBR technology.Pt.2. Silica-filled model compound study
Material type:
TextPublication details: Abstracts of Meeting Papers: 155th Meeting (Spring 99) of the Rubber Division American Chemical Society Chicago, Illinois April 13-16, 1999. p783Subject(s): Online resources: Summary: Emulsion styrene-butadiene rubber(ESBR) has been the workhouse of the tire industry since World War II. With the development of solution polymers, ESBR has seen a steady decrease in use in tire applications. A novel ESBR has been developed which imparts some of rheological behaviour, previously only observed in solution polymers. A detailed study has been undertaken to characterize the physical, dynamic and processing properties of this new emulsion SBR in a model tire compound recipe. Temperature sweeps were performed using an Autovibron to fully characterize the viscoelastic response below and above the glass transition temperature. The RPA 2000 was used to study the cure behaviour of tire compounds containing novel ESBR. A comparison is made to the properties of solution SBR(SSBR) tire compounds.
| Item type | Current library | Status | |
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Journals
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RRII Library Rubber chemistry | Journals |
Source Year: 1999
Emulsion styrene-butadiene rubber(ESBR) has been the workhouse of the tire industry since World War II. With the development of solution polymers, ESBR has seen a steady decrease in use in tire applications. A novel ESBR has been developed which imparts some of rheological behaviour, previously only observed in solution polymers. A detailed study has been undertaken to characterize the physical, dynamic and processing properties of this new emulsion SBR in a model tire compound recipe. Temperature sweeps were performed using an Autovibron to fully characterize the viscoelastic response below and above the glass transition temperature. The RPA 2000 was used to study the cure behaviour of tire compounds containing novel ESBR. A comparison is made to the properties of solution SBR(SSBR) tire compounds.
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