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PVC flooring systems exposed to humid and alkaline conditions have been studied during extended periods of time both in the field and in the laboratory. Moisture barriers of conventional thickness did not restrain moisture penetration. However, alkali resistant materials could serve as alkali barriers and protect the adhesive layer and PVC flooring from degradation up to at least 1.5 years. Some moisture barriers were not alkali resistant and could not protect the upper layers from alkaline hydrolysis. An evident smell of octanol was observed and the flooring showed staining. Without moisture barrier the glue was rapidly destroyed. The floor showed staining and smelled of octanol.
PVC flooring systems exposed to humid and alkaline conditions have been studied during extended periods of time both in the field and in the laboratory. Moisture barriers of conventional thickness did not restrain moisture penetration. However, alkali resistant materials could serve as alkali barriers and protect the adhesive layer and PVC flooring from degradation up to at least 1.5 years. Some moisture barriers were not alkali resistant and could not protect the upper layers from alkaline hydrolysis. An evident smell of octanol was observed and the flooring showed staining. Without moisture barrier the glue was rapidly destroyed. The floor showed staining and smelled of octanol.
Malade Fuktspaerrar i Golvkonstruktioner (Painted Moisture Barriers in Flooring Systems)
S. Linde (Autor:in)
1989
60 pages
Report
Keine Angabe
Englisch
Construction Materials, Components, & Equipment , Construction Equipment, Materials, & Supplies , Coatings, Colorants, & Finishes , Floors , Protective coatings , Moisture , Barriers , Polyvinyl chloride , Concretes , Humidity , Corrosion environments , Slabs , Moisture content , Corrosion resistance , Foreign technology
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