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    The Growing RôLe of Protective Coatings for Metals in High Temperature Service

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    During the few hours required for conducting this Symposium, ceramic coatings were applied, at one plant in this country, to eight heat exchangers for large aircraft. This figure of one every 20 min. is based upon a reported production rate of 120 per week, on a one-shift schedule. In 1944 the regular production of steel exhaust stacks (S.A.E. 1025) with a high-temperature ceramic coating was begun, and there is still a regular schedule of production in these same items. In the meantime, tens of thousands of steel exhaust stacks have been coated, the production schedule naturally being at a peak during the war. These facts are important to the present discussion because they indicate that ceramic coatings are already effective in the high-temperature protection of metals in some phases of the aircraft industry, and we may therefore infer that they are promising as protective coatings for gas turbine materials.

    Author Information:

    Harrison, W. N.
    Chief, National Bureau of Standards, Washington, D. C.

    Committee/Subcommittee: G01.05

    DOI: 10.1520/STP46734S