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Very High Solid Acrylic Polyol Technology for low VOC 2K Direct To Metal (DTM) Coatings

Very High Solid Acrylic Polyol Technology for low VOC 2K Direct To Metal (DTM) Coatings
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Metals and their alloys offer high strength and outstanding mechanical properties. When exposed to corrosive conditions metals corrode first creating minor aesthetic problems then with time and further corrosion significant damage and a loss of service life. Corrosion has a demonstrated economic impact on all modern societies. Often multi-layer anticorrosion coatings systems protect the metal from corrosion. 

Product Number: 51220-228-SG
Author: J. Arendt, G. Delmas, J.Mazajczyk J.Lassalle, C.Gaudré
Publication Date: 2020
Industry: Coatings
$0.00
$20.00
$20.00

Metals and their alloys offer high strength and outstanding mechanical properties. When exposed to corrosive conditions metals corrode first creating minor aesthetic problems then with time and further corrosion significant damage and a loss of service life. Corrosion has a demonstrated economic impact on all modern societies. Often multi-layer anticorrosion coatings systems protect the metal from corrosion. These systems usually consist of, at a minimum, a primer and a topcoat. Each layer is often derived from a different chemistry to achieve different system objectives. The application of multiple layers increases the cost and complexity of the job. Variables such as dry time, individual layer film thickness, recoat window, equipment and work area changeover all create additional complexity.

Metals and their alloys offer high strength and outstanding mechanical properties. When exposed to corrosive conditions metals corrode first creating minor aesthetic problems then with time and further corrosion significant damage and a loss of service life. Corrosion has a demonstrated economic impact on all modern societies. Often multi-layer anticorrosion coatings systems protect the metal from corrosion. These systems usually consist of, at a minimum, a primer and a topcoat. Each layer is often derived from a different chemistry to achieve different system objectives. The application of multiple layers increases the cost and complexity of the job. Variables such as dry time, individual layer film thickness, recoat window, equipment and work area changeover all create additional complexity.

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