Low-temperature Sintering of FeCuCo based Pre-alloyed Powder for Diamond Bits
来源期刊：Journal Of Wuhan University Of Technology Materials Science Edition2016年第4期
论文作者：陈赛珊 万隆 SONG Dongdong QIN Haiqing PAN Xiaoyi LIN Feng FANG Xiaohu
文章页码：805 - 810
摘 要：We studied the effects of sintering temperature on FeCuCo based pre-alloyed powder for diamond bits.The FeCuCo composite was fabricated by co-precipitation method.With the addition of tungsten carbide（WC）,sintering under different temperatures was investigated.Mechanical properties of the FeCuCo based matrix were systematically studied.The structure of the composite was evaluated by X-ray diffraction（XRD） and scanning electron microscope（SEM） was used to analyze the surface of the powder and matrix.The suitable sintering temperature was determined through differential scanning calorimeter（DSC）.Micro drilling experiments were performed,and 820 ℃ was identified to be the ideal sintering temperature,at which the matrix shows the best mechanical properties and drilling performance.
谢德龙1，万隆1，SONG Dongdong1，QIN Haiqing2,3,4，PAN Xiaoyi2,3,4，LIN Feng2,3,4，FANG Xiaohu2,3,4
1. College of Material Science and Engineering,Hunan University2. Guangxi Key Laboratory of Superhard Materials3. Chinese National Engineering Research Center for Special Mineral Materials4. China Nonferrous Metal(Guilin) Geology and Mining Co.,Ltd
摘 要：We studied the effects of sintering temperature on FeCuCo based pre-alloyed powder for diamond bits.The FeCuCo composite was fabricated by co-precipitation method.With the addition of tungsten carbide（WC）,sintering under different temperatures was investigated.Mechanical properties of the FeCuCo based matrix were systematically studied.The structure of the composite was evaluated by X-ray diffraction（XRD） and scanning electron microscope（SEM） was used to analyze the surface of the powder and matrix.The suitable sintering temperature was determined through differential scanning calorimeter（DSC）.Micro drilling experiments were performed,and 820 ℃ was identified to be the ideal sintering temperature,at which the matrix shows the best mechanical properties and drilling performance.
关键词：
