A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Improved protection for outdoor furniture. Novel waterborne resin technology for the protection of exterior wood
A new generation of hybrid, waterborne, alkyd dispersions have been specifically designed and developed to provide the best protection on horizontal and some vertical wood surfaces. These new resin systems ensure that wood decks last longer and have as low an environmental impact as possible through the reduction of VOC content, longer maintenance cycles and less waste generation as well as elimination of the need for aggressive stripper products. They also offer flexibility, because they can be used on all types of wood species, including exotic woods with high tannin content and more conventional wood products, such as red cedar or pressuretreated wood. Stains formulated with these new hybrid resins have reduced dry times, good open times, improved water resistance, and enhanced durability compared to commercially available products based on pure alkyd dispersions. In addition, because they undergo erosion rather than delamination, they also outperform 100% acrylic systems. As a result, the new hybrid resins represent a breakthrough in waterborne stain technology for the decking and wood cladding industry.
Improved protection for outdoor furniture. Novel waterborne resin technology for the protection of exterior wood
A new generation of hybrid, waterborne, alkyd dispersions have been specifically designed and developed to provide the best protection on horizontal and some vertical wood surfaces. These new resin systems ensure that wood decks last longer and have as low an environmental impact as possible through the reduction of VOC content, longer maintenance cycles and less waste generation as well as elimination of the need for aggressive stripper products. They also offer flexibility, because they can be used on all types of wood species, including exotic woods with high tannin content and more conventional wood products, such as red cedar or pressuretreated wood. Stains formulated with these new hybrid resins have reduced dry times, good open times, improved water resistance, and enhanced durability compared to commercially available products based on pure alkyd dispersions. In addition, because they undergo erosion rather than delamination, they also outperform 100% acrylic systems. As a result, the new hybrid resins represent a breakthrough in waterborne stain technology for the decking and wood cladding industry.
Improved protection for outdoor furniture. Novel waterborne resin technology for the protection of exterior wood
Deligny, Philippe (author) / Gariepy, Kimberly (author) / Chua, Guan Hoe (author)
European Coatings Journal ; 18-25
2013
6 Seiten, 4 Bilder, 4 Tabellen
Article (Journal)
English
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