Handbook of Corrosion Inhibitors

Without deterrents, corrosion and rust would undermine the function of our infrastructures and increase expenditures by trillions of dollars. The process of corrosion is affected by the type of material that is selected for the operational environment (temperature, stress, pH, humidity) over the course of time. Corrosion can be reduced or prevented by using inherently corrosion-resistant materials, or through the incorporation of corrosion-inhibiting chemicals into protective films, coatings, and other end product formulations that come into with contact with the substance being protected. It is the incorporation of corrosion and rust inhibitors that is the most cost-effective method of corrosion control. This reference describes over 3800 trade name and generic chemicals used to prevent corrosion damage in application areas that include paints, coatings, and sealing compounds, water treatment, industrial and institutional cleaning, metalworking, fuel additives, heat exchangers, oil field chemicals, automotive chemicals, petroleum refining, production, and drilling. Both the Handbook of Corrosion Inhibitors-Second Edition and the software version are designed to function as a selection tool for corrosion-inhibiting chemicals. They centralize information on these currently available chemical additives from major manufacturers by profiling both trade name and generic chemicals, detailing their properties, uses, use levels, regulatory status, toxicology, sources for purchase, etc. This reference is organized so that the reader can access the information on these functional chemicals based on the trade name, chemical composition, function and application area, manufacturer, CAS number, and EINECS/ELINCS number. It is divided into four parts and includes three important Cross-References. PART I-Trade Name Reference Trade Name Reference provides an alphabetical listing of approximat