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Synthetic Rubbers

Processes and Economic Data


Auteurs : ARLIE Jean-Pierre

ARLIE Jean-Pierre

Diplômé ingénieur de l’ENSPM et de l’IAE de Paris
Docteur ès sciences

Fonction :
Adjoint au directeur des Affaires Etrangères à l’Institut français du pétrole

Domaines de publication :
Raffinage, génie chimique, pétrochimie

Auteur de 42 communications scientifiques dont 7 en anglais, J.-P. Arlie a publié et participé à la rédaction de 4 ouvrages :
En français :
– Caoutchoucs synthétiques. Procédés et données économiques
– Les thermoplastiques de grand tonnage – Caractéristiques techniques et économiques
En anglais :
– Synthetic Rubbers. Processes and Economic Data
– Commodity Thermoplastics. Technical and Economic Characteristics

 


ISBN : 9782710806196
broché      170 x 240 mm      128 pages
Date de publication : 1992



This book first introduces general-purpose synthetic rubbers, such as styrene butadiene rubber, polybutadiene, polyisoprene and ethylene propylene copolymers, mainly used for the manufacturing of pneumatic tires. Specialty rubbers displaying specific properties are then described. Leading examples are butyl, nitrile and neoprene rubbers as well as thermoplastic elastomers. The latter have gained ground in the last ten years, as they can be processed very rapidly. A short monograph is devoted to each polymeric product: a description is given for the polymerization processes and the major manufacturing steps, the material and energy balances, the main uses as well as the rated production capacity of the leading producing countries. This concise and clearly written text is intended for graduate students involved in chemical engineering programs, as well as young engineers and economists concerned with manufactured goods in the field of heavy chemicals.

 

This book is available in French under the title "Caoutchoucs synthétiques. Procédés et données économiques".


Table des matières :


1. Synthetic rubbers. 2. Styrene/butadiene rubber (SBR). 3. Polybutadiene. 4. Polyisoprene. 5. Ethylene/propylene rubbers. 6. Butyl rubber. 7. Polychloroprene rubber. 8. Nitrile rubber. 9. Thermoplastic elastomers. References. Index.