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    • 3. 发明授权
    • Method of increasing the corrosion resistance and improving the organic
coating characteristics of cold rolled steel and the products thus
prepared
    • 提高耐腐蚀性和提高冷轧钢的有机涂层特性的方法以及如此制备的产品
    • US3983305A
    • 1976-09-28
    • US557171
    • 1975-03-10
    • Gordon L. PetersWilliam T. Saunders
    • Gordon L. PetersWilliam T. Saunders
    • B05D3/02B05D5/10C23F7/04B32B15/04
    • B05D7/14Y10T428/31678Y10T428/31714
    • The invention provides a novel method of increasing the corrosion resistance and improving the organic coating characteristics of cold rolled flat steel. In practicing the method, cold rolled flat steel in the as rolled condition having iron oxide and thermally degradable rolling oil on the surface thereof is heat treated at a tempterature sufficiently elevated to thermally degrade the rolling oil. The surface of the cold rolled steel has a relatively low corrosion resistance and relatively poor organic coating characteristics initially, and the heat treatment is continued until the corrosion resistance and the organic coating characteristics of the resulting heat treated steel are improved. Thereafter the heat treated steel is cooled to a temperature sufficiently low to prevent further thermal degradation of the rolling oil and produce a residual film on the heat treated steel surface which imparts corrosion resistance and improved organic coating characteristics. In a further variant of the invention, as rolled cold rolled flat steel of container stock gage is heat treated as described above, a hardenable fluid organic protective coating composition is applied to the resulting cooled heat treated steel, and thereafter the coating composition is hardened to produce container stock having a hardened coating of an organic protective coating thereon. The invention further provides the various products produced by the method of the invention.
    • 本发明提供了一种提高耐腐蚀性和提高冷轧扁钢的有机涂层特性的新方法。 在实施该方法时,在其表面具有氧化铁和可热降解的轧制油的轧制条件下的冷轧扁钢在充分升高的温度下进行热处理,以使轧制油热降解。 冷轧钢的表面最初具有相对低的耐腐蚀性和相对较差的有机涂层特性,并且继续进行热处理,直到得到的热处理钢的耐腐蚀性和有机涂层特性得到改善。 此后,将经过热处理的钢冷却至足够低的温度,以防止轧制油的进一步热降解,并且在赋予耐腐蚀性和改善的有机涂层特性的热处理钢表面上产生残留的膜。 在本发明的另一变型中,如上所述对容器坯料的轧制冷轧扁钢进行热处理,将得到的冷却热处理钢应用可硬化流体有机保护涂料组合物,然后将涂料组合物硬化 生产在其上具有有机保护涂层的硬化涂层的容器坯料。 本发明还提供了通过本发明的方法生产的各种产品。