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    • 6. 发明公开
    • COMPOSITE MEMBER AND CUTTING TOOL
    • VERBUNDBAUTEIL UND SCHNEIDWERKZEUG
    • EP3124147A1
    • 2017-02-01
    • EP15768915.9
    • 2015-03-24
    • Mitsubishi Materials Corporation
    • IGARASHI Makoto
    • B23B27/18B23B27/14B23B51/00B23C5/16
    • A composite part (1) including: a cutting edge part (2) made of cubic boron nitride sintered material or WC-based cemented carbide; a cutting tool body (4) made of WC-based cemented carbide; and a bonding part (3) provided between the cutting edge part and the cutting tool body and bonding thereof, is provided. A primarily TiC layer (9) containing 50 area% or more of TiC is formed in an interface between the cemented carbide and the bonding part, the primarily TiC layer (9) having an average layer thickness of 0.5 µm to 3 µm; and a Ti-Ni enriched layer (8) containing each of Ti and Ni at 30 atomic% or more is formed adjacent to the primarily TiC layer (9), the Ti-Ni enriched layer (8) having an average layer thickness of 0.3 µm to 3 µm. An intermittent net structure (7) containing each of Ti, Ni and C at 10 atomic% or more is formed adjacent to the primarily TiC layer (9), a straight line overlapping with a major axis of each of crystal grains containing each of Ti, Ni, and C at 10 atomic% or more intersecting 3 or more other crystal grains.
    • 一种复合材料部件(1),包括:由立方氮化硼烧结材料制成的切削刃部分(2)或WC基硬质合金; 由WC基硬质合金制成的切削工具本体(4); 以及设置在所述切削刃部和所述切削工具主体之间的接合部(3),并且其接合。 在硬质合金和接合部之间的界面中形成主要含Ti面积%以上的TiC层(9),主要是TiC层(9)的平均层厚度为0.5〜3μm; 与主要TiC层(9)相邻地形成含有30原子%以上的Ti和Ni的Ti-Ni富集层(8),所述Ti-Ni富集层(8)的平均层厚度为0.3 μm至3μm。 与主要TiC层(9)相邻形成含有10原子%以上的Ti,Ni,C各自的间歇性网状结构体(7),与每个含有Ti的各晶粒的长轴重叠的直线 ,Ni和C在10原子%以上相交3个以上的其他晶粒。