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A platform for research: civil engineering, architecture and urbanism
Cement mineralizing material and preparation method thereof
The invention discloses a cement mineralization material and a preparation method thereof, and relates to the technical field of cement mineralization materials, the cement mineralization material comprises the following raw materials: 30% of silicon, 10% of aluminum, 10% of iron, 10% of calcium magnesium plant ash, 15% of natural hydraulic rock melting and explosion slag, 12% of organic carboxylate, 13% of methyl alcohol amine, and 10% of polyol. The preparation method of the cement mineralized material comprises the steps of mixing of raw materials, storage of the mineralized material, detection of the mineralized material, maintenance of the mineralized material and the like. The cement mineralization material obtained by mixing the materials has the characteristics of environmental protection, high efficiency and economy, and plays a positive role in improving the performance of the cement, and the calcium magnesium plant ash and the natural hydraulic rock melting and explosion slag in the environmental-friendly mineralization material can replace part of the cement raw materials and the mineralization material, so that the purposes of energy conservation and emission reduction are achieved on the premise that the quality of the cement is not influenced; moreover, the environment-friendly mineral material is generally dark brown and non-transparent, has no pungent smell and does not damage human health, and the mineralization material components and the environment-friendly mineralization material can improve the production efficiency and reduce the production cost.
本发明公开了一种水泥矿化料及其制备方法，涉及水泥矿化料技术领域，所述水泥矿化料的原材料包括硅30％、铝10％、铁10％、钙镁植物灰10％、自然水硬岩熔爆渣15％、有机羧酸盐12％、甲基醇胺13％、多元醇10％，所述水泥矿化料制备方法包括原材料的混合、矿化料的存储、矿化料的检测、矿化料的养护等步骤。本发明通过将材料混合后得出的水泥矿化料具有环保、高效、经济的特点，对水泥的性能提升有积极作用，环保矿化料中的钙镁植物灰、自然水硬岩熔爆渣，均能够代替部分水泥原料和矿化料，在不影响水泥品质的前提下，达到节能减排的目的，且一般为深棕褐色非透明状，无刺激性气味，不损害人体健康，矿化料成分和环保矿化料能够提高生产效率和缩小生产成本。
Cement mineralizing material and preparation method thereof
The invention discloses a cement mineralization material and a preparation method thereof, and relates to the technical field of cement mineralization materials, the cement mineralization material comprises the following raw materials: 30% of silicon, 10% of aluminum, 10% of iron, 10% of calcium magnesium plant ash, 15% of natural hydraulic rock melting and explosion slag, 12% of organic carboxylate, 13% of methyl alcohol amine, and 10% of polyol. The preparation method of the cement mineralized material comprises the steps of mixing of raw materials, storage of the mineralized material, detection of the mineralized material, maintenance of the mineralized material and the like. The cement mineralization material obtained by mixing the materials has the characteristics of environmental protection, high efficiency and economy, and plays a positive role in improving the performance of the cement, and the calcium magnesium plant ash and the natural hydraulic rock melting and explosion slag in the environmental-friendly mineralization material can replace part of the cement raw materials and the mineralization material, so that the purposes of energy conservation and emission reduction are achieved on the premise that the quality of the cement is not influenced; moreover, the environment-friendly mineral material is generally dark brown and non-transparent, has no pungent smell and does not damage human health, and the mineralization material components and the environment-friendly mineralization material can improve the production efficiency and reduce the production cost.
本发明公开了一种水泥矿化料及其制备方法，涉及水泥矿化料技术领域，所述水泥矿化料的原材料包括硅30％、铝10％、铁10％、钙镁植物灰10％、自然水硬岩熔爆渣15％、有机羧酸盐12％、甲基醇胺13％、多元醇10％，所述水泥矿化料制备方法包括原材料的混合、矿化料的存储、矿化料的检测、矿化料的养护等步骤。本发明通过将材料混合后得出的水泥矿化料具有环保、高效、经济的特点，对水泥的性能提升有积极作用，环保矿化料中的钙镁植物灰、自然水硬岩熔爆渣，均能够代替部分水泥原料和矿化料，在不影响水泥品质的前提下，达到节能减排的目的，且一般为深棕褐色非透明状，无刺激性气味，不损害人体健康，矿化料成分和环保矿化料能够提高生产效率和缩小生产成本。
Cement mineralizing material and preparation method thereof
一种水泥矿化料及其制备方法
GU HUILIANG (author) / QIAN RUWEI (author) / GU SHUMEI (author)
2024-01-05
Patent
Electronic Resource
Chinese
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