Increasing the Durability of Paint and Varnish Coatings in Building Products and Construction

Increasing the Durability of Paint and Varnish Coatings in Building Products and Construction presents data and analysis on regularities in the appearance quality of protective and decorative coatings for building products and structures, also detailing the relationship between the resistance of coatings and the quality of their appearance. Developing a method for ensuring the quality of painted surfaces for building products and developing control methods is an important scientific, technical and economic problem. The conditions needed depend largely on the rheological properties of paint and the processes of wetting and application, with different variables for metal or concrete structures.

• Presents data and methodological developments that increase the service-life of protective and decorative coatings
• Details regularities in the appearance quality of protective and decorative coatings
• Covers the relationship between coating resistance and appearance quality
• Develops methods for ensuring the quality of painted surfaces
• Considers the different variables for the application of paint to various surfaces of building products and structures

Autorentext

Loganina Valentina Ivanovna is Doctor of Technical Sciences, Professor, and Head of quality control and construction technologies at Penza State University of Architecture in Russia. Her research interests include the development of finishing materials composition, and the forecasting of their durability. The author has published widley, has 70 patents, and and has supervised numerous dissertations and research projects.

Inhalt

1. Regularities for formation of the quality of the external appearance of coatings 2. Estimation of the stressed-deformed state of coating from the quality of their appearance 3. Regularities of cracking protective-decorative coatings 4. Forecasting the durability of coatings 5. Statistical methods of quality management of coatings of cement concrete 6. Development of plans for statistical acceptance of quality control