Organic Additives and Ceramic Processing
Organic Additives and Ceramic Processing, Second Edition: With Applications in Powder Metallurgy, Ink, and Paint can be used as a textbook and also as a reference source for working ceramists. \ This edition reports much new data from the author's laboratory, as well as 1996 literature references for further study. New information is presented on such topics as high solids loadings in slips, applying external lubricants after spray drying, optimizing dry pressing, achieving very high green...
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Organic Additives and Ceramic Processing, Second Edition: With Applications in Powder Metallurgy, Ink, and Paint can be used as a textbook and also as a reference source for working ceramists. This edition reports much new data from the author's laboratory, as well as 1996 literature references for further study. New information is presented on such topics as high solids loadings in slips, applying external lubricants after spray drying, optimizing dry pressing, achieving very high green density, and some logical thinking procedures for solving industrial problems. While the book is designed to be easy to understand, it also provides considerable theoretical depth for advanced development engineering. The subjects covered include organic chemistry; polymers, colloids, dispersants, binders, lubricants, and other additives. Emphasis is given to environmental considerations, facilitating binder burnout, and insuring constant shrinkage. Typical ceramic forming processes such as slip casting, extrusion and others are also covered with a view towards the suppliers who provide chemicals to the ceramics industry. Much information obtained from related technology such as printing is presented, as well as potential applications of ceramics knowledge in the other direction: making novel inks, paints and sintered metal objects. Booknews A core textbook for an undergraduate course in ceramic processing, but also usable as a supplement for more general courses in ceramics, and in continuing education courses. Explains the fundamentals of ceramic science as a foundation for understanding the use of organic additives. Readers should be able to copy formulations, take them to the laboratory, and make a workable ceramic product. The second edition updates the references and includes new results from Shanefield's laboratory; the date of the first edition is not noted. Annotation c. by Book News, Inc., Portland, Or.
Preface1Introduction12Chemical and Physical Bonding83Organic Chemistry Fundamentals234Ceramic Processing Fundamentals915Particle Characteristics1156Colloid Science, As Applied to Ceramics1317Solvents1718Dispersants and Other Surfactants2119Binders25510Processing Examples280Appendix IGlossary of Ceramics Words291Appendix IIWords Used in Colloid Science297Appendix IIIInformation Sources302Index309
