Rubber technology

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This practical guide focuses on cost-effective rubber compound formulation to optimize processing and performance. It thoroughly discusses rubber compounding principles, testing methods, and the impact of various compound changes on properties and measurements. The text presents rubber compounding as interdependent systems, including elastomer, filler-oil, and cure systems, emphasizing a holistic approach to understanding how changes affect specific compound properties. Attention is given to trade-offs in properties, highlighting the importance of balancing compound cost, processing characteristics, and product performance. Key topics include processing characteristics, compound performance testing, economic considerations, and compounding methodologies. It covers elastomer selection, general-purpose and specialty elastomers, polyurethanes, thermoplastic elastomers, and recycled rubber. The guide also delves into filler loadings, synthetic plasticizers, sulfur and peroxide cure systems, resin cures, adhesion promoters, blowing agents, flame retardants, and mixing techniques. This comprehensive resource is essential for those involved in rubber technology, providing insights into achieving optimal performance through effective compounding strategies.