A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Joinery coatings based on unique waterborne polymers
Several unique polymer technologies, especially multistage acrylic emulsions and their influence on the properties of the final coating, such as wet adhesion, stackability, humidity resistance are described. The performance of these multistage acrylic emulsions is compared to the conventional systems, both solvent-based and water-based. Multistage acrylic emulsions are very efficient binders for use in joinery coatings. They provide a very good balance in low coalescent demand for optimum film formation and high hardness, excellent (early) water resistance, excellent blocking resistance and good elasticity. The technology is broadly compatible with existing technologies, e.g. cross-linking and adhesion promotion making it highly appropriate for the development of new innovative products for the coatings industry. With present modern technologies, wooden windows can be coated with environmentally friendly and energy saving water-based products. Further topics discussed include film formation, applying cross-linking to improve performance, as well as requirements and polymer technologies (block resistance, durability, wet adhesion, humidity resistance, cold/heat resistance, UV resistance).
Joinery coatings based on unique waterborne polymers
Several unique polymer technologies, especially multistage acrylic emulsions and their influence on the properties of the final coating, such as wet adhesion, stackability, humidity resistance are described. The performance of these multistage acrylic emulsions is compared to the conventional systems, both solvent-based and water-based. Multistage acrylic emulsions are very efficient binders for use in joinery coatings. They provide a very good balance in low coalescent demand for optimum film formation and high hardness, excellent (early) water resistance, excellent blocking resistance and good elasticity. The technology is broadly compatible with existing technologies, e.g. cross-linking and adhesion promotion making it highly appropriate for the development of new innovative products for the coatings industry. With present modern technologies, wooden windows can be coated with environmentally friendly and energy saving water-based products. Further topics discussed include film formation, applying cross-linking to improve performance, as well as requirements and polymer technologies (block resistance, durability, wet adhesion, humidity resistance, cold/heat resistance, UV resistance).
Joinery coatings based on unique waterborne polymers
Bowman, J. (author)
2002
13 Seiten, 1 Bild, 5 Tabellen, 17 Quellen
Conference paper
English
Advances in waterborne coatings for joinery
| Tema Archive | 1998
Exposure experience of a new waterborne joinery binder generation
| Tema Archive | 2004