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    A New Cladding Alloy for Coolant-Side Corrosion Protection of Vacuum-Brazed Aluminum Radiators

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    K805, a nonvolatile aluminum-tin cladding alloy, was developed to provide coolant-side corrosion protection in vacuum-brazed aluminum automobile radiators and heat exchangers. Its performance was evaluated in laboratory glassware corrosion tests of coupon specimens, and a 80 470-km (50 000-mile) simulated service test of vacuum-brazed production automobile radiators. The alloy provided adequate cathodic protection to 3000-series core alloys in corrosive water and depleted glycol automotive coolants. The performance of K805 cladding is compared to that of aluminum-zinc cladding alloys (for example, 7072), the protective properties of which are degraded in vacuum-brazing applications because of the volatility of zinc.


    K805, nonvolatile, aluminum-tin alloy, cladding, vacuum-brazing, aluminum automobile radiators, simulated service test, cathodic protection, glycol coolants, aluminum-zinc alloys

    Author Information:

    AC, Scott
    Staff research engineer, Kaiser Aluminum and Chemical Corp., Center for Technology, Pleasanton, CA

    Committee/Subcommittee: D15.09

    DOI: 10.1520/STP32972S