批次吨级微晶玻璃技术开发试验数据集

以构建冶金—建材跨行业资源/能源协同耦合优化利用为目标，开展直接利 用高温熔渣制备铸石/微晶玻璃人工石材的研究。研究了在热量限制条件下的熔渣调质及其析晶性能，并开展放大规模的实验研究，分别制备了低成本大宗量应用的人造石材铸石材料，耐磨铸石板，以及微晶玻璃/铸石板建筑材料。Aiming to realize the synergistic, coupled and optimal utilization of resources and energy across the metallurgical and building materials industries, this study investigates the direct production of cast stone/microcrystalline glass artificial stone materials using high-temperature molten slag. Specifically, the slag conditioning and crystallization performance under heat-limited conditions were systematically studied, and scaled-up experimental researches were conducted. As a result, three types of materials were respectively prepared: low-cost artificial stone cast stone materials suitable for large-volume applications, wear-resistant cast stone slabs, and microcrystalline glass/cast stone slab building materials.

搜集汇总

背景与挑战

背景概述

该数据集围绕冶金与建材行业的资源能源协同利用，聚焦于利用高温熔渣制备铸石和微晶玻璃材料的技术开发。它涵盖了在热量限制条件下的熔渣调质与析晶性能研究，并进行了吨级规模的放大实验，旨在生产低成本的大宗量人造石材和建筑材料。