Modelling the Vulcanisation of Porous Rubber Goods

Dvornikov, D.E.; Voskresenskii, A. M.; Klochkov, V. I.; Sirotinkin, N. V.

doi:10.1177/0307174x1003700411

International Polymer Science and Technology

2010

DOI: 10.1177/0307174x1003700411

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Modelling the Vulcanisation of Porous Rubber Goods

D.E. Dvornikov

A. M. Voskresenskii

V. I. Klochkov

et al.

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“…It must be pointed out that, in recent time, there have been practically no studies of pore formation in elastomeric materials. And there has been absolutely no mathematical description of the kinetics of pore formation in the Russian literature, with the exception of Dvornikov et al [3], nor any comparison with the vulcanisation kinetics of rubber mixes. Earlier [4], we tested a procedure for approximating kinetic curves when describing processes of vulcanisation of non-porous rubbers.…”

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A Rheometric Study of the Processes of Vulcanisation and Pore Formation of Elastomer foam Materials

Shuvaeva¹,

Gordenko²,

Lyusova

et al. 2018

International Polymer Science and Technology

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Kinetic curves describing the processes of vulcanisation and pore formation of foam rubbers based on nitrile butadiene rubbers were studied. The curves were obtained using a D-MDR 3000 rheometer (MonTech) equipped with MonControl analytical software, which makes it possible, simultaneously with the measurement of the torque and tg δ, to determine the pressure in the chamber. The rubber compounds were noted for different stearic acid contents. The results of quantitative interpretation of the kinetic curves of processes of vulcanisation and pore formation in elastomeric materials are presented. Mathematical models for approximation of the curves of vulcanisation and pore formation, distinguished by high goodness of ft, are proposed. The relationship between the parameters of the models and the vulcanisation characteristics and the parameters of pore formation is established. The influence of the stearic acid content on processes of formation of the porous structure of foam rubbers based on blends of nitrile butadiene rubbers containing 27–30 wt% acrylic acid nitrile and polyvinyl chloride is shown.

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A Rheometric Study of the Processes of Vulcanisation and Pore Formation of Elastomer foam Materials

Shuvaeva¹,

Gordenko²,

Lyusova

et al. 2018

International Polymer Science and Technology

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Modelling the Vulcanisation of Porous Rubber Goods

Cited by 1 publication

References 0 publications

A Rheometric Study of the Processes of Vulcanisation and Pore Formation of Elastomer foam Materials

A Rheometric Study of the Processes of Vulcanisation and Pore Formation of Elastomer foam Materials

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