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Composite coatings are a class of materials that are described as fiber-reinforced polymers (FRP) that consist of extremely strong tensile fibers saturated in a binding resin. From the original development as tank bottom lining materials designed to handle surface movement and corrosion, the applications for composite coatings have broadened and moved into the mainstream, with industry-accepted design codes written around their uses and applications
Composite coatings are a class of materials that are described as fiber-reinforced polymers (FRP) that consist of extremely strong tensile fibers saturated in a binding resin. From the original development as tank bottom lining materials designed to handle surface movement and corrosion, the applications for composite coatings have broadened and moved into the mainstream, with industry-accepted design codes written around their uses and applications. The paper discusses the fundamentals of composite coatings, industry-accepted design standards for their use, and examples of typical uses for these materials that solve problems in varied industries.
Composite coatings are a class of materials that are described as fiber-reinforced polymers (FRP) that consist of extremely strong tensile fibers saturated in a binding resin. From the original development as tank bottom lining materials designed to handle surface movement and corrosion, the applications for composite coatings have broadened and moved into the mainstream, with industry-accepted design codes written around their uses and applications.
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Fiber-Reinforced Polymers (FRP) materials are used to rehabilitate and strengthen structures systems and components including but not limited to concrete bridges, columns, marine piers, metallic and concrete pipes, metallic and concrete piles, parking garages, and even storage tanks structures. The growing appeal of this rehabilitation process consists of two primary purposes; to increase shear and load capacity and repair and prevent corrosion degradation.
This paper will review what is required by ASTM D6041 as well as give an overview of a recent program to develop and proof test 290 psi (20 Bar) pipe, fittings, flanges, and laminated joints.