This work provides a comprehensive introduction to paint technology supported by the relevant aspects of chemistry and physics. It covers the basic science and is devoted to paint composition, formulation and drying mechanisms, paint ingredients such as solvents, pigments and additives, and the different paint groups by chemical type. Throughout the book the authors emphasize the factors which govern the choice of a particular paint for a particular job. This new edition has been thoroughly revised to modernize and clarify the text. Areas of new development have been added including environmental impacts, safety issues and modern paint making techniques. Nomenclature and units have also been updated and a glossary of technical terms added. This book should be of interest as a course text for paint technology students and technical staff concerned with the paint industry.

Introduction to Paint Chemistry was first published in 1967 with~he intention of providing both a textbook for students and an introduction to the subject for those with little or no technical knowledee. This remains the objective. The book was completely revised in 1980, but the pace of change continued to quicken. In this third edition, I have sought to bring it up to date with the newest developments in the technology and, with an additional chapter, to emphasize the importance of the painting system as a composite, in which the substrate and its chemistry playa vital role. The book is divided into two parts. Part One begins at the very basis of matter-its atomic structure-and works step by step through a sufficient selection of chemistry and physics to allow any interested reader to cope with the chemistry and the technology of paint in Part Two. The reader should absorb as much of Part One as he or she feels necessary. It is worth noting, however, that the topics in it are specially selected from a paint point of view and that, for example, detail on oils in Chapter 3, on polymers in Chapter 5 and on light and colour in Chapter 6 could well be missing in some Chemistry degree courses.

The second edition of Gesser’s classic Applied Chemistry includes updated versions of the original 16 chapters plus two new chapters on semiconductors and nanotechnology. This textbook introduces chemistry students to the applications of their field to engineering design and function across a wide range of subjects, from fuels and polymers to electrochemistry and water treatment. Each chapter concludes with a reading list of relevant books and articles as well as a set of exercises which include problems that extend the topics beyond the text. Other supplements to the text include a laboratory section with step-by-step experiments and a solutions manual for instructors.

The versatility of modern commercial house paints has ensured their use in a broad range of applications, including the protection and decoration of historic buildings, the coating of toys and furniture, and the creation of works of art. Historically, house paints were based on naturally occurring oils, gums, resins, and proteins, but in the early twentieth century, the introduction of synthetic resins revolutionized the industry. Good quality ready-mixed products became available and were used by artists worldwide. While the ubiquity of commercial paints means that conservators are increasingly called upon to preserve them, such paints pose unique challenges including establishing exactly which materials are present. This book traces the history of the household paint industry in the United States and United Kingdom over the first half of the twentieth century. It includes chapters on the artistic use of commercial paints and the development of ready-mixed paints and synthetic resins; oil paints, oleoresinous gloss and enamel paints, water paints, nitrocellulose lacquers, oil-modified alkyds, and emulsion paints; and the conservation implications of these materials. The book will be of interest to conservators and conservation scientists working on a broad range of painted surfaces, as well as curators, art historians, and historians of architectural paint.

Colloid and Surface Chemistry is a subject of immense importance and implications both to our everyday life and numerous industrial sectors, ranging from coatings and materials to medicine and biotechnology. How do detergents really clean? (Why can't we just use water?) Why is milk "milky"? Why do we use eggs so often for making sauces? Can we deliver drugs in better and controlled ways? Coating industries wish to manufacture improved coatings e.g. for providing corrosion resistance, which are also environmentally friendly i.e. less based on organic solvents and if possible exclusively on water. Food companies want to develop healthy, tasty but also long-lasting food products which appeal to the environmental authorities and the consumer. Detergent and enzyme companies are working to develop improved formulations which clean more persistent stains, at lower temperatures and amounts, to the benefit of both the environment and our pocket. Cosmetics is also big business! Creams, lotions and other personal care products are really just complex emulsions. All of the above can be explained by the principles and methods of colloid and surface chemistry. A course on this topic is truly valuable to chemists, chemical engineers, biologists, material and food scientists and many more.

Handbook of Modern Coating Technologies: Advanced Characterization Methods reviews advanced characterization methods of modern coating technologies. The topics in this volume consist of scanning vibrating electrode technique, spectroscopic ellipsometry, advances in X-ray diffraction, neutron reflectivity, micro- and nanoprobes, fluorescence technique, stress measurement methods in thin films, micropotentiometry, and localized corrosion studies.