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The invention discloses an application of a nanofluid additive in neat paste, belongs to the technical field of chemical materials, and solves the problems of technical bottleneck, low dispersity, high cost and difficulty in large-scale production when the existing nanomaterial is applied to the neat paste. The nanofluid admixture can retard the paste, reduce the hydration heat and optimize the pore structure, and in addition, the nanofluid admixture is high in dispersity, low in cost and easy to apply on a large scale.
本发明公开了一种纳米流体外掺剂在净浆中的应用,属于化学材料技术领域,解决了现有的纳米材料应用在净浆中存在技术瓶颈,分散性低、成本高且难以规模化问题。本发明中纳米流体外掺剂能够缓凝净浆、降低水化热且能够优化孔隙结构,此外,分散性高、成本低且容易大规模应用。
The invention discloses an application of a nanofluid additive in neat paste, belongs to the technical field of chemical materials, and solves the problems of technical bottleneck, low dispersity, high cost and difficulty in large-scale production when the existing nanomaterial is applied to the neat paste. The nanofluid admixture can retard the paste, reduce the hydration heat and optimize the pore structure, and in addition, the nanofluid admixture is high in dispersity, low in cost and easy to apply on a large scale.
本发明公开了一种纳米流体外掺剂在净浆中的应用,属于化学材料技术领域,解决了现有的纳米材料应用在净浆中存在技术瓶颈,分散性低、成本高且难以规模化问题。本发明中纳米流体外掺剂能够缓凝净浆、降低水化热且能够优化孔隙结构,此外,分散性高、成本低且容易大规模应用。
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