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Use of organic coatings for protecting metal structures of river hydro developments against corrosion and fouling
Conclusions The results of full-scale investigations of VNIIG permit considering the following paint compositions to be the most effective for protection against corrosion and mussel fouling: a) The first eight coatings in Table 1 for protection simultaneously against corrosion and fouling (the antifouling properties last 3–4 years and do not have traces of corrosion during 4-year tests). b) Coatings 1–4 of Tables 2 and 3 and the use of one coat of primar VL-02 and three coasts of paint KhV-74 for protection against corrosion (no changes in the conditions were noted during 4–5 year tests). Antifouling paints (with the exception of KF-751) can be applied on any anticorrosion coating of an ethynol, vinyl, and epoxy type (ÉKZhS-40, KhS-720, KhV-74, ÉP-72, ÉP-755, KhS-010, etc.), excluding the zinc-protector primer. It is not recommended to apply paint KF-751 directly on the anticorrosion coating. It is applied on a antifouling coating on a base of paints KhV-71, KhS-79, and KhV-53 in order to extend their service life. The application of the antifouling paints is done according to [5]. The application of anticorrosion coatings recommended along with antifouling paints and also directly for protection against corrosion is done according to [6]. The cheapest of the recommended anticorrosion coatings are KhS-720 and KhV-74, and the technology of their application is also simpler. At electric power stations where equipment is subjected to fouling by mussels, it is more expedient to use combined protection-anticorrosion coatings together with antifouling paints.
Use of organic coatings for protecting metal structures of river hydro developments against corrosion and fouling
Conclusions The results of full-scale investigations of VNIIG permit considering the following paint compositions to be the most effective for protection against corrosion and mussel fouling: a) The first eight coatings in Table 1 for protection simultaneously against corrosion and fouling (the antifouling properties last 3–4 years and do not have traces of corrosion during 4-year tests). b) Coatings 1–4 of Tables 2 and 3 and the use of one coat of primar VL-02 and three coasts of paint KhV-74 for protection against corrosion (no changes in the conditions were noted during 4–5 year tests). Antifouling paints (with the exception of KF-751) can be applied on any anticorrosion coating of an ethynol, vinyl, and epoxy type (ÉKZhS-40, KhS-720, KhV-74, ÉP-72, ÉP-755, KhS-010, etc.), excluding the zinc-protector primer. It is not recommended to apply paint KF-751 directly on the anticorrosion coating. It is applied on a antifouling coating on a base of paints KhV-71, KhS-79, and KhV-53 in order to extend their service life. The application of the antifouling paints is done according to [5]. The application of anticorrosion coatings recommended along with antifouling paints and also directly for protection against corrosion is done according to [6]. The cheapest of the recommended anticorrosion coatings are KhS-720 and KhV-74, and the technology of their application is also simpler. At electric power stations where equipment is subjected to fouling by mussels, it is more expedient to use combined protection-anticorrosion coatings together with antifouling paints.
Use of organic coatings for protecting metal structures of river hydro developments against corrosion and fouling
Malysheva, T. I. (author) / Luchina, M. A. (author)
Hydrotechnical Construction ; 8 ; 231-236
1974-03-01
6 pages
Article (Journal)
Electronic Resource
English
Protecting demineralizers from organic fouling
Tema Archive | 1978
|British Library Online Contents | 2004
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