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This book presents selected papers on various aspects of rubber engineering, technology, and exploitation. The contributions range from new methods of the modification of filler surface and crosslinks structure of rubber vulcanizates, through modern functional elastomer composites, to aspects of their thermal stability, flammability, and ozone degr
This book presents selected papers on various aspects of rubber engineering, technology, and exploitation. The contributions range from new methods of the modification of filler surface and crosslinks structure of rubber vulcanizates, through modern functional elastomer composites, to aspects of their thermal stability, flammability, and ozone degradation. Each chapter contains a brief introduction to a particular topic, a description of the experimental techniques, and a discussion on the results obtained, followed by conclusions. The book will help to broaden the knowledge of researchers in the field of rubber compounding, crosslinking, and behavior under various exploitation conditions. The research and development presented in this book has potential for industrial applications as well as for new materials and technologies. The book also details theoretical background to a number of experimental techniques, which should make it interesting to research students and professionals.
High-Performance Elastomeric Materials Reinforced by Nanocarbons: Multifunctional Properties and Industrial Applications provides detailed information on the latest techniques and state-of-the-art developments regarding elastomeric materials reinforced by nano-carbon. The book supports academic researchers and postgraduate students who are looking to further advance the research and study of high-performance, multifunctional materials. In addition, it enables those in industry to improve manufacture and end products by using these materials. Enables the reader to understand the latest advanced applications of high-performance elastomers reinforced by nano-carbons Unlocks the door to essential properties for harsh environments, such as thermal conductivity, oil resistance, permeability, de-icing, and cracking resistance Covers the processability of elastomers reinforced by nano-carbons, including extrusion, compression, molding methods and techniques
Engineering or specialty elastomers are the stalwart materials of the rubber industry. They are high volume and medium priced elastomers, often employed in demanding applications, such as the automotive, industrial, medical and electrical industries. The Engineering Elastomers 2003 conference had an exciting series of papers from authors in both Europe and the USA, addressing the opportunities for growth in engineering elastomers, as well as the challenges to producers and users operating in a rapidly changing competitive environment. Session 1 Market Review; Session 2 Advances in Compounding and Production; Session 3 Advances in Elastomers; Session 4 Additives and Vulcanising Agents; Session 5: Technologies and Materials Analysis; Session 6: Developments In Production And Processing Technologies And Equipment; Session 7 Inter-materials Competition; Session 8 Developments In End Use Applications
There is an exciting mix in these proceedings from both material suppliers and end users, who have discussed test and formulation data. There is an overview paper on the markets for rubbers from the International Rubber Study Group. There is also a new presentation on studies of food contact applications of high performance elastomers, with migration data available.
The investigations of processes leading to high performance elastomer systems based on quinoxaline- or imide rings linked by perfluoroalkylether chains, initiated in February 1987 and described in part in three Interim Reports, were completed. In the final portion of the program mono-, dumbbell-, and polymeric quinoxalines linked by perfluoroalkylether chains, either directly to the heterocycle or via a phenyl group, were synthesized and evaluated. Two types of linking groups were studied: -CF2CF2(OCF2CF2)5- ('A' arrangement) and -CF2CF2CF2O(CF2)4O(CF2)4OCF2CF2CF2- ('B' arrangement). The thermal stability of the quinoxalines based on the 'A' linkage was approx. 316 deg C. Materials linked by the 'B' arrangement to the quinoxaline via p-phenylene units gave dumbbell- and polymeric quinoxalines of thermal and thermal oxidative stability exceeding 330 deg C, proving the validity of the approach taken. Investigations of perfluoroalkylether-linked imides were limited; the yields were low and purifications tedious.
This report examines the various rubbers now available for applications at the extremes of temperature and/or aggressive chemical environments. It describes the role of components made from these rubbers and gives a review of the scope for their use.