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A platform for research: civil engineering, architecture and urbanism
Fluorite tailing material anti-fatigue water-stable base layer and preparation method thereof
The invention discloses a fluorite tailing material anti-fatigue water-stable base and a preparation method thereof. Belongs to the technical field of solid waste utilization. The fluorite tailing material anti-fatigue water-stable base aggregate is prepared from, by mass, 55%-65% wt of the broken stone, 30%-35% wt of the river sand, 5%-10% wt of the fluorite tailing material and 40%-45% wt of the tap water. According to the invention, fluorite tailings are used as raw materials for building materials, which is a reasonable way for resource utilization, and is an inevitable demand for promoting ecological protection and high-quality development of the Yellow River basin. And compared with the traditional natural material, the carbon emission and the production energy consumption can be reduced. When applied to a water-stable base, the anti-fatigue performance of the water-stable base is improved, the service life of the water-stable base is prolonged, and the economic benefit is improved.
本发明公开了一种萤石尾矿材料抗疲劳水稳基层及其制备方法。属于固废利用的技术领域。制备所述的萤石尾矿材料抗疲劳水稳基层集料配比按质量配比分别为：碎石、河砂、萤石尾矿材料和自来水的质量比为：55%‑65%wt、30%‑35%wt、5%‑10%wt和40%‑45%wt自来水。本发明中材料以萤石尾矿作为原材料用于建筑材料中是一种资源化利用的合理途径，也是促进黄河流域生态保护和高质量发展的必然需求。且与传统天然材料相比，又能降低碳排放和生产能耗。在应用于水稳基层时，改善其抗疲劳性能，延长水稳基层的使用寿命，提高经济效益。
Fluorite tailing material anti-fatigue water-stable base layer and preparation method thereof
The invention discloses a fluorite tailing material anti-fatigue water-stable base and a preparation method thereof. Belongs to the technical field of solid waste utilization. The fluorite tailing material anti-fatigue water-stable base aggregate is prepared from, by mass, 55%-65% wt of the broken stone, 30%-35% wt of the river sand, 5%-10% wt of the fluorite tailing material and 40%-45% wt of the tap water. According to the invention, fluorite tailings are used as raw materials for building materials, which is a reasonable way for resource utilization, and is an inevitable demand for promoting ecological protection and high-quality development of the Yellow River basin. And compared with the traditional natural material, the carbon emission and the production energy consumption can be reduced. When applied to a water-stable base, the anti-fatigue performance of the water-stable base is improved, the service life of the water-stable base is prolonged, and the economic benefit is improved.
本发明公开了一种萤石尾矿材料抗疲劳水稳基层及其制备方法。属于固废利用的技术领域。制备所述的萤石尾矿材料抗疲劳水稳基层集料配比按质量配比分别为：碎石、河砂、萤石尾矿材料和自来水的质量比为：55%‑65%wt、30%‑35%wt、5%‑10%wt和40%‑45%wt自来水。本发明中材料以萤石尾矿作为原材料用于建筑材料中是一种资源化利用的合理途径，也是促进黄河流域生态保护和高质量发展的必然需求。且与传统天然材料相比，又能降低碳排放和生产能耗。在应用于水稳基层时，改善其抗疲劳性能，延长水稳基层的使用寿命，提高经济效益。
Fluorite tailing material anti-fatigue water-stable base layer and preparation method thereof
一种萤石尾矿材料抗疲劳水稳基层及其制备方法
XIA LEI (author) / CHEN YU (author) / GAO SHIWEI (author) / LI JINGHAO (author) / WANG SHUHUI (author) / WANG ZIYING (author) / YU RAN (author) / YU XIAOMING (author) / ZHANG DANPING (author) / ZHANG YANFANG (author)
2024-05-28
Patent
Electronic Resource
Chinese
IPC:
C04B
Kalk
,
LIME
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