A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Low minimum film-forming temperature/good film formation, low solvent demand, compatibility with formulation additives, inherent beneficial near Newtonian flow characteristics, fast hardness development, good anti-blocking properties and flexibility are the key attributes of the RC emulsions developed for the lower to medium end of the water based wood furniture market. These non-conventional emulsions are of great benefit where productivity in terms of fast production lines is of crucial importance. To make them suitable for the medium to higher end of the wood furniture market, improved chemical and scratch resistance are required, therefore polyurethane/acrylic hybrid and self-crosslinking systems are developed. These technologies are also suitable for joinery and flat stock applications. A combination of thermomechanical analysis and stress-strain test can generally mimic the hot-cold check test. It potentially offers an alternative evaluation tool for wood coating resins. Most importantly, performance-property analysis offers in-depth understanding of application problems and enables us to better design next generation high performance coating materials.
Low minimum film-forming temperature/good film formation, low solvent demand, compatibility with formulation additives, inherent beneficial near Newtonian flow characteristics, fast hardness development, good anti-blocking properties and flexibility are the key attributes of the RC emulsions developed for the lower to medium end of the water based wood furniture market. These non-conventional emulsions are of great benefit where productivity in terms of fast production lines is of crucial importance. To make them suitable for the medium to higher end of the wood furniture market, improved chemical and scratch resistance are required, therefore polyurethane/acrylic hybrid and self-crosslinking systems are developed. These technologies are also suitable for joinery and flat stock applications. A combination of thermomechanical analysis and stress-strain test can generally mimic the hot-cold check test. It potentially offers an alternative evaluation tool for wood coating resins. Most importantly, performance-property analysis offers in-depth understanding of application problems and enables us to better design next generation high performance coating materials.
New water based polymers for industrial wood finishing and the use of stress-strain and thermal mechanical analysis to mimic hot-cold-check
Baah, F. (author)
2003
17 Seiten, 5 Bilder, 8 Tabellen, 14 Quellen
Conference paper
English
Wasserlack , Holz , Kunststoffschicht , industrielle Anwendung , Möbelindustrie , thermomechanische Analyse , Temperaturwechselbeanspruchung , Temperaturwechselbeständigkeit , Spannungs-Dehnungs-Verhalten , Temperatureinfluss , Rheologie , chemische Beständigkeit , Kratzfestigkeit , Polyurethan , Acrylpolymer , Copolymer , selbstvernetzendes Harz , Auswertung , Messverfahren
New water based polymers for industrial wood finishing
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