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    • 1. 发明申请
    • FORGING TOOL
    • 锻造工具
    • US20120067101A1
    • 2012-03-22
    • US13231361
    • 2011-09-13
    • Felix TURLEYDan ROTH-FAGARASEANUKim GROSSMANN
    • Felix TURLEYDan ROTH-FAGARASEANUKim GROSSMANN
    • B21J13/02B21K29/00B22D25/06C21D9/00C22F1/04
    • B21J1/06B21K5/20B21K29/00
    • A forging tool for precision forging of components of intermetallic or high-temperature stable phases with high yield stresses and shapeable at temperatures up to 1400° C. is made of graphite with a low-melting metal or a low-melting metal alloy infiltrated into its open-pored cavities, where metal carbides are created by heat treatment and form with the graphite a two-phase material hardened by subsequent quenching. The tool features high strength thanks to the yield stress increasing as the temperature increases at forging temperatures up to 1400° C., and is oxidation-resistant. It is electrically conductive, and has a low heat capacity, so that rapid inductive heating of the tool involving only low energy expenditure, short forging cycles and an inexpensive isothermic shaping process are possible. It has good lubrication properties, low wear and low manufacturing costs.
    • 用于精密锻造金属间化合物或高温稳定相组分的锻造工具,具有高屈服应力,并且在高达1400℃的温度下可成型,由具有低熔点金属或低熔点金属合金的石墨浸入其中 开孔,其中通过热处理产生金属碳化物,并与石墨形成通过随后的淬火硬化的两相材料。 由于在锻造温度高达1400℃时温度升高,屈服应力增加,该工具具有高强度,并且是抗氧化的。 它是导电的并且具有低热容量,使得仅涉及低能量消耗,短锻造循环和廉价等温成型工艺的工具的快速感应加热是可能的。 它具有良好的润滑性能,低磨损和低制造成本。