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Preparation method of diamond-containing tungsten carbide ceramic based on non-contact flash sintering technology
The invention discloses a preparation method of diamond-containing tungsten carbide ceramic based on a non-contact flash burning technology. The method comprises the following steps: uniformly mixingtungsten carbide powder and diamond particles which are used as raw materials in a fuming cupboard to obtain a tungsten carbide ceramic mixture with the diamond mass fraction ranging from 5% to 90%, dropwise adding an adhesive solution until the ceramic mixture is completely soaked, after the sample becomes a block and the adhesive solution is completely volatilized, putting the obtained block sample into a mold ring, and pressing the sample into a cylindrical shape by hands or in a cold pressing manner to ensure that under a condition that the maximum pressure does not exceed 100 kg, a ceramic green body is not loosened after being taken out; and putting the prepared ceramic green body into a copper crucible on the surface of an electrode, starting an industrial water cooling machine, andcarrying out flash burning by utilizing an argon arc welding machine under the protection of high-purity argon.
基于非接触式闪烧技术的含有金刚石的碳化钨陶瓷的制备方法，包括以下过程：以碳化钨粉末和金刚石颗粒为原料，在通风橱中将其混合均匀，得到金刚石质量分数在5%‑90%之间的碳化钨陶瓷混合物，滴加胶黏剂溶液，以至陶瓷混合物完全浸湿，待样品结成块状，胶黏剂溶液完全挥发后，将得到的块状样品置于模具环中，用手或冷压的方式将样品压至圆柱状，最大压力不超过100kg，保证陶瓷坯体取出后不松散；将制备好的陶瓷坯体放在电极表面的铜制坩埚中，开启工业水冷机，利用氩弧焊机在高纯氩气的保护下进行闪烧。
Preparation method of diamond-containing tungsten carbide ceramic based on non-contact flash sintering technology
The invention discloses a preparation method of diamond-containing tungsten carbide ceramic based on a non-contact flash burning technology. The method comprises the following steps: uniformly mixingtungsten carbide powder and diamond particles which are used as raw materials in a fuming cupboard to obtain a tungsten carbide ceramic mixture with the diamond mass fraction ranging from 5% to 90%, dropwise adding an adhesive solution until the ceramic mixture is completely soaked, after the sample becomes a block and the adhesive solution is completely volatilized, putting the obtained block sample into a mold ring, and pressing the sample into a cylindrical shape by hands or in a cold pressing manner to ensure that under a condition that the maximum pressure does not exceed 100 kg, a ceramic green body is not loosened after being taken out; and putting the prepared ceramic green body into a copper crucible on the surface of an electrode, starting an industrial water cooling machine, andcarrying out flash burning by utilizing an argon arc welding machine under the protection of high-purity argon.
基于非接触式闪烧技术的含有金刚石的碳化钨陶瓷的制备方法，包括以下过程：以碳化钨粉末和金刚石颗粒为原料，在通风橱中将其混合均匀，得到金刚石质量分数在5%‑90%之间的碳化钨陶瓷混合物，滴加胶黏剂溶液，以至陶瓷混合物完全浸湿，待样品结成块状，胶黏剂溶液完全挥发后，将得到的块状样品置于模具环中，用手或冷压的方式将样品压至圆柱状，最大压力不超过100kg，保证陶瓷坯体取出后不松散；将制备好的陶瓷坯体放在电极表面的铜制坩埚中，开启工业水冷机，利用氩弧焊机在高纯氩气的保护下进行闪烧。
Preparation method of diamond-containing tungsten carbide ceramic based on non-contact flash sintering technology
基于非接触式闪烧技术的含有金刚石的碳化钨陶瓷的制备方法
HU CHUNFENG (author) / FAN LONGFENG (author) / FU SHUAI (author) / SALVATORE GRASSO (author)
2020-09-15
Patent
Electronic Resource
Chinese
IPC:
C04B
Kalk
,
LIME
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