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水雾化法AgSnO2(12)粉末压坯烧结工艺探讨
引用本文:张天锦,李镇鹏,廖丽丽,王振宇,刘辉,白娅玲.水雾化法AgSnO2(12)粉末压坯烧结工艺探讨[J].电工材料,2013(3):6-9.
作者姓名:张天锦  李镇鹏  廖丽丽  王振宇  刘辉  白娅玲
作者单位:桂林电器科学研究院有限公司,广西桂林,541004
基金项目:广西创新计划专项经费项目
摘    要:摘要:采用水雾化法制备掺杂Bi、Cu元素的AgSn合金粉末,氧化后在不同单位成型压力条件下成型,然后在马弗炉中分别于880、900、920℃下烧结2、4、6h,考察了单位成型压力、烧结温度和烧结时间对材料致密度和硬度的影响。结果表明,提高单位成型压力和烧结温度、增加烧结时间可以提高材料的致密度和硬度。

关 键 词:水雾化法  AgSnOz复合粉末  材料致密度  硬度  电触头材料

Sintering Process of AgSnO2(12) Powder Compact by Water Atomization
ZHANG Tian-jin , LI Zhen-peng , LIAO Li-li , WANG Zhen-yu , LIU Hui , BAI Ya-ling.Sintering Process of AgSnO2(12) Powder Compact by Water Atomization[J].Electrical Engineering Materials,2013(3):6-9.
Authors:ZHANG Tian-jin  LI Zhen-peng  LIAO Li-li  WANG Zhen-yu  LIU Hui  BAI Ya-ling
Affiliation:ZHANG Tian-jin;LI Zhen-peng;LIAO Li-li;WANG Zhen-yu;LIU Hui;BAI Ya-ling;Guilin Electrical Equipment Scientific Research Institnte Co., Ltd.;
Abstract:The Bi and Cu doped AgSn alloy powders were prepared by water atomization. The powders were compacted under various unit compacting pressure after oxidation, and then sintered two hours, four hours and six hours respectively at 880 ℃, 900℃ and 920 ℃ in muffle furnace. Effects of unit compacting pressure, sintering temperature and sintering time on the density and the hardness of the AgSnO2 composite materials were studied. Results show that the density and the hardness of the materials will be improved with the increase of unit compacting pressure, sintering temperature and sintering time.
Keywords:water atomization  AgSnO2 composite powders  density  hardness  electrical contact material
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