首页|镜铁矿制备天然氧化铁颜料实验

镜铁矿制备天然氧化铁颜料实验

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这是一篇冶金工程领域的论文.氧化铁颜料在无机颜料中占比较大,其制备工艺多为化学合成,在生产中造成严重污染.为解决这一弊端,本文开展镜铁矿制备天然氧化铁颜料实验研究.所用矿石全铁品位为 38.97%,镜铁矿成鳞片状,为制备氧化铁颜料的优质原料.研究结果表明:镜铁矿矿石经过"阶段选别—提纯—超细磨工艺",可制备出性能达到国家标准的氧化铁颜料.产品中位径达到 1.87 μm,镜铁矿含量提高到96.50%,纯度达到国家氧化铁颜料A级标准;产品在 105℃下无挥发,达到V1型氧化铁颜料要求;产品相对着色力达到 96%,满足氧化铁颜料一级品要求.该研究成果为镜铁矿矿石选别提供参考,为制备性能优良的氧化铁颜料提供新思路.
Experimental Study on Preparation of Natural Iron Oxide Pigment from Specularite
This is an article in the field of metallurgical engineering.Iron oxide pigment accounted for the largest proportion of inorganic pigments,and its preparation process was mostly chemical synthesis,which caused serious pollution in production.In order to solve this problem,this paper carried out the test study on the preparation of natural iron oxide pigment from specularite.The total iron grade of the ore is 38.97%,and vitrinite is scaly,which is a high quality raw material for preparing iron oxide pigment.The results show that iron oxide pigment with performance up to national standard can be prepared from specularite ore by"stage separation-purification-ultrafine grinding process".The median diameter of the product reached 1.87 μm,the content of specularite increased to 96.50%,and the purity reached the national grade A standard of iron oxide pigment.The product has no volatilization at 105℃and meets the requirements of V1 iron oxide pigment.The relative coloring power of the product reaches 96%,which meets the requirements of the first grade iron oxide pigment.The research results provide references for specularite ore separation and a new idea for preparing iron oxide pigment with excellent performance.

Metallurgical engineeringSpeculariteAnionReverse flotationIron oxide pigment

王恬君、刘立伟、赵礼兵、王帅

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华北理工大学矿业工程学院,河北 唐山 063210

中冶沈勘秦皇岛工程设计研究总院有限公司,河北 秦皇岛 066000

冶金工程 镜铁矿 阴离子 反浮选 氧化铁颜料

2024

矿产综合利用
中国地质科学院矿产综合利用研究所

矿产综合利用

CSTPCD
影响因子:0.643
ISSN:1000-6532
年,卷(期):2024.45(6)