The existing relation between the adhesion of epoxilenolic resin and the sense of lamination of the tin plate by means of gravimetric, microscopic and electromechanical tests studies in a random sample that evaluates the resistance to the abrasion, the percentage of porosity and rugosity. The resin deposited in cross-sectional form presents up to 43,7% of diminution of mass given off by abrasion, with respect to the deposited one following the sense of lamination of the tin plate. lt has been observed that exists a proportional relation between the percentage of adhesion and the porosity produced by the effect «crosspiece». Also, the framework that the polymeric form with the substrate, in a cross-secional application, produces a high resistance to the electric flux that reduces the current passage up to 50.6%.

The flow redox that forms between the metallic transporters and their surroundings, gives rise to the oxidating process of the alloy of which they are done. The application of average mechanics and chemicals remove formed oxides, contributing to their rehabilitation. Of tried acids, the spirit of salt to 20%V, was the solution that fulfilled the specifications for the removal and cleaning (pickling) of a metallic structure. Then, the formation of oxidating centers was slowed down by means of the aspersion with aqueous solution of sodium nitrite to 20%V. Also, the drying to temperatures majors of 160ºC optimizes the passivation. The results obtained to different times show a mini formation of rust, the one that to industrial conditions is despicable.

The existing relation between the adhesion of epoxilenolic resin and the sense of lamination of the tin plate by means of gravimetric, microscopic and electromechanical tests studies in a random sample that evaluates the resistance to the abrasion, the percentage of porosity and rugosity. The resin deposited in cross-sectional form presents up to 43,7% of diminution of mass given off by abrasion, with respect to the deposited one following the sense of lamination of the tin plate. lt has been observed that exists a proportional relation between the percentage of adhesion and the porosity produced by the effect «crosspiece». Also, the framework that the polymeric form with the substrate, in a cross-secional application, produces a high resistance to the electric flux that reduces the current passage up to 50.6%.

The flow redox that forms between the metallic transporters and their surroundings, gives rise to the oxidating process of the alloy of which they are done. The application of average mechanics and chemicals remove formed oxides, contributing to their rehabilitation. Of tried acids, the spirit of salt to 20%V, was the solution that fulfilled the specifications for the removal and cleaning (pickling) of a metallic structure. Then, the formation of oxidating centers was slowed down by means of the aspersion with aqueous solution of sodium nitrite to 20%V. Also, the drying to temperatures majors of 160ºC optimizes the passivation. The results obtained to different times show a mini formation of rust, the one that to industrial conditions is despicable.