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10201 High Temperature Corrosion Resistance of Co-extruded and Weld Overlay Coatings Under Low Nox Combustion Conditions

Picture for 10201 High Temperature Corrosion Resistance of Co-extruded and Weld Overlay Coatings Under Low Nox
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Product Number: 51300-10201-SG
ISBN: 10201 2010 CP
Author: John DuPont, William Van Geertruyden, Anthony Caizza and Tony Esposito
Publication Date: 2010
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The corrosion behavior of Alloy 600 and 622 coextruded coatings was evaluated using thermogravimetric techniques under simulated low NOx combustions conditions. The corrosion behavior of the coextruded coatings was compared to that of counterpart weld overlays and wrought material. The results demonstrate that the coextruded coating provides corrosion resistance that is comparable to the wrought alloy and significantly better than the weld overlay coating. The improved corrosion resistance is attributed to elimination of dilution and microsegregation in the coextruded coating. Additional benefits of the coextruded coating in terms of service performance are also likely, and include better control over coating thickness/surface finish and reduced residual stresses.
The corrosion behavior of Alloy 600 and 622 coextruded coatings was evaluated using thermogravimetric techniques under simulated low NOx combustions conditions. The corrosion behavior of the coextruded coatings was compared to that of counterpart weld overlays and wrought material. The results demonstrate that the coextruded coating provides corrosion resistance that is comparable to the wrought alloy and significantly better than the weld overlay coating. The improved corrosion resistance is attributed to elimination of dilution and microsegregation in the coextruded coating. Additional benefits of the coextruded coating in terms of service performance are also likely, and include better control over coating thickness/surface finish and reduced residual stresses.
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