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Study on Mechanical Properties of Cermet Materials Fabricated from Ternary Boride Cladding on Both Sides Surface of Steel Substrate

机译:钢基材两侧硼化物质覆层制造的金属陶瓷材料力学性能研究

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摘要

Using Mo powder, B-Fe alloy powder and Fe powder as raw materials, with proper forming additives, the slurry was prepared. The green body was formed by spray method on both sides of 16Mn and Q235 steel substrate separately. Both side ternary boride based cermet cladding materials FC-V16Mn and FC-VCuQ235 were fabricated by liquid phase sintering technology. Both materials have high hardness, bending strength and good corrosion resistance.
机译:使用Mo粉末,B-Fe合金粉和Fe粉作为原料,具有适当的成形添加剂,制备浆料。通过分别在16Mn和Q235钢基板的两侧喷射方法形成生坯。通过液相烧结技术制造FC-V16MN和FC-VCUQ235的两侧三元硼化件的金属陶瓷包层。两种材料具有高硬度,弯曲强度和良好的耐腐蚀性。

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