Some contributions to the understanding of the accelerating system during Natural Rubber vulcanization: I. Behavior of sulfenamide

S. Borrós; N. Agulló

Some contributions to the understanding of the accelerating system during Natural Rubber vulcanization: I. Behavior of sulfenamide

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A method based on the modeling approach has been developed for the study of Natural Rubber vulcanization using two different accelerating systems. Squalene has been chosen as the model compound. The main reaction paths followed by sulfenamide (N-cyclohexylamine-2-benzothiazole, CBS) during the first stages of the process have been studied. In all cases, the active role of ZnO and the olefinic chain has been established.

Idioma original	Anglès
Pàgines (de-a)	131-136
Nombre de pàgines	6
Revista	KGK-Kautschuk und Gummi Kunststoffe
Volum	53
Número	3
Estat de la publicació	Publicada - de març 2000

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title = "Some contributions to the understanding of the accelerating system during Natural Rubber vulcanization: I. Behavior of sulfenamide",

abstract = "A method based on the modeling approach has been developed for the study of Natural Rubber vulcanization using two different accelerating systems. Squalene has been chosen as the model compound. The main reaction paths followed by sulfenamide (N-cyclohexylamine-2-benzothiazole, CBS) during the first stages of the process have been studied. In all cases, the active role of ZnO and the olefinic chain has been established.",

author = "S. Borr{\'o}s and N. Agull{\'o}",

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AB - A method based on the modeling approach has been developed for the study of Natural Rubber vulcanization using two different accelerating systems. Squalene has been chosen as the model compound. The main reaction paths followed by sulfenamide (N-cyclohexylamine-2-benzothiazole, CBS) during the first stages of the process have been studied. In all cases, the active role of ZnO and the olefinic chain has been established.

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Some contributions to the understanding of the accelerating system during Natural Rubber vulcanization: I. Behavior of sulfenamide

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