超硬材料工程2024,Vol.36Issue(4) :32-35.

金刚石精微粉形貌修整的研究

Morphology modification research of diamond fine micropowder

谭素玲 代宇宁 孙继平 曹建光 石文芳 吴增凤
超硬材料工程2024,Vol.36Issue(4) :32-35.

金刚石精微粉形貌修整的研究

Morphology modification research of diamond fine micropowder

谭素玲 1代宇宁 1孙继平 1曹建光 1石文芳 1吴增凤1
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作者信息

  • 1. 河南厚德钻石科技有限公司,河南商丘 476000
  • 折叠

摘要

为提高5 μm以细金刚石精微粉气流整形的质量和效率,将5 μm以细的金刚石精微粉和10μm以粗的金刚石粗微粉按照一定比例混合进行气流整形.结果表明:利用10μm以粗微粉在气流带动下产生的相对精微粉较大的动能来剪切和摩擦精微粉,可以达到快速修整精微粉形貌的目的,经过2h左右的整形处理可得到平均圆度大于0.93的产品,并且过程中不会产生二次污染.

Abstract

In order to improve the quality and efficiency of airflow shaping with 5 μm fine diamond powder,the mixing of 5 μm fine diamond powder and 10 μm coarse diamond powder was carried out in a certain proportion.The results show that the use of 10 μm micropowder to shear and rub the fine powder with a relatively large kinetic energy gener-ated by the coarse fine powder driven by the air flow can achieve the purpose of quickly dressing the fine powder morphology.After about 2 h shaping treatment,the product with an average roundness greater than 0.93 can be obtained,and no secondary pollution will be generated in the process.

关键词

金刚石精微粉/金刚石粗微粉/气流整形/平均圆度

Key words

Diamond fine micropowder/Diamond coarse powder/Airflow shaping/Mean roundness

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出版年

2024
超硬材料工程
桂林矿产地质研究院

超硬材料工程

影响因子:0.201
ISSN:1673-1433
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