Spalling and corrosion resistant ceramic coating for land and ma

Stock material or miscellaneous articles – All metal or with adjacent metals – Composite; i.e. – plural – adjacent – spatially distinct metal...

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427 34, 427423, 4283126, 4283191, 428632, 428633, B21D 3900, C03C 2702

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active

045768749

ABSTRACT:
This is an improved process for fabricating a turbine blade for use in land based or marine combustion turbines and in particular is a thin ceramic coating applied to at least the portion of the blades which is designed to operate in the 1100.degree.-1500.degree. F. temperature range and especially in turbines designed to be useable with contaminated fuels. The invention utilizes a 1-4 mil thick ceramic coating on at least a portion of the blade designed to operate in the 1100.degree.-1500.degree. F. temperature range and utilizes a process in which the blade is controlled to a temperature of at least 1200.degree. F. during the application of the ceramic coating.

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C. J. Spengler, "Characterization of Corrosion Attack of Superalloys in Combustion Turbines in the Temperature Range 600.degree.-760.degree. C., (1110.degree.-1400.degree. F.)" Superalloys 1980, American Society Metals, Metals Park, Oh., 1980, pp. 395-404.
G. A. Whitlow, J. M. Allen and E. A. Crombie, "Combustion Turbine Blade Design Considerations-Prevention of Corrosion Assisted Mechanical Failure," Proceedings of the International Council on Combustion Engines, pp. 559-578, 15th Congress Paris 1983.
C. A. Andersson et al., "Advanced Ceramic Coating Development for Industrial/Utility Gas Turbine Applications," Final Report, Contract No. NASA CR-165619, Aug. 1982, 12 pages.

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