Handbook of thermoplastic elastomers

This book summarises the variety of chemistries of TPEs, describes processing methods and applications, presents detailed material data sheets, and offers comprehensive references for in-depth studies. It introduces some general theoretical principles such as rubber elasticity, phase structure, essential thermodynamics of phase separation in block copolymers, and general methods of synthesis, classification and properties of thermoplastic elastomers. It outlines a brief history of TPEs and recapitulates available additives for thermoplastics in general. It gives an extensive and detailed overview to processing methods of TPEs, styrenic block copolymers, and thermoplastic elastomers prepared by dynamic vulcanisation. Distinct groups of TPEs such as polyolefin-based, based on halogen-containing polyolefins, polyamides, or recycled rubber and plastics as well as TPUs, thermoplastic polyether ester elastomers, ionomeric and other TPEs are described in individual chapters. Applications of TPEs are discussed in an elaborate chapter that includes ample illustrations for each group. Recycling of TPEs and recent developments and trends conclude the main volume of the work. Appendices include bibliography, a list of major manufacturers and compounds, ISO nomenclature, processing and technical data sheets, and recent patents.

The book compiles the current knowledge of chemistry, processing, physical and mechanical properties as well as latest applications of thermoplastic elastomers in one comprehensive reference monograph. It is a solid resource for end users and up-to-date textbook for students in polymer or material science. It is highly recommended for design engineers in the automotive, machine building, construction, medical devices, and consumer goods industries and also for industrial practitioners in the rubber and plastic processing industries.

The author Jiri George Drobny has worked over 35 years in the rubber and plastics processing industry in Europe, the USA, and Canada with various positions in the field of research and development. He educated at the Technical University in Prague in Chemical Engineering and at the Institute of Polymer Science of the University of Akron.