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The aim of this work is to study the influence of clay content and the number of layers “active” in the musical\udparameters and the degree of rust bubbles, using a experimental plan 22\ud type with three experiments in the central point.\udFor this, polymer-clay nanocomposites obtained using montmorillonite (MMT), as the inorganic phase, and poly(methyl\udmethacrylate) (PMMA), as organic phase, for use as adhesives and coatings (paints and varnishes) with high resistance to\udcorrosion, to be applied on metal structures used in the petroleum industry. Measures of thickness and adhesion of films\udto demonstrate the effectiveness of the coating produced were also conducted. From the analysis of response surfaces\udshow that the best corrosion characteristics are observed for acrylic coatings fortified with 5% organoclay layers and\udthree “active”. This behavior is expected on account of the further enhancement provided by the high concentration of\udthe components forming coating

USO DO PLANEJAMENTO EXPERIMENTAL PARA O DESENVOLVIMENTO DE TINTAS E ADESIVOS ANTICORROSIVOS