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Low-water-absorption ceramic tile prepared from ceramic waste and preparation method of low-water-absorption ceramic tile
The invention discloses a low-water-absorption ceramic tile prepared from ceramic waste and a preparation method thereof.The low-water-absorption ceramic tile is prepared from, by mass, 30%-70% of powder A and 20%-30% of powder B. The additive amount of the powder A is 30%-70%. The powder A comprises 10-50% of polishing waste residues, 5-30% of coal cinder, 0-20% of ironmaking waste residues, 20-40% of high-temperature potassium sand, 5-15% of bentonite I and 10-20% of pug A; the powder material B comprises 1-10% of waste glaze residues, 1-10% of sewage filter-press mud, 2-20% of ceramic waste bricks, 10-20% of medium-temperature potassium sand, 15-25% of albite, 1-10% of magnesia soil, 1-6% of talc, 1-5% of wollastonite, 1-10% of bentonite II and 15-25% of pug material B. According to the low-water-absorption ceramic tile prepared from the ceramic waste and the preparation method of the low-water-absorption ceramic tile prepared from the ceramic waste, the low-water-absorption ceramic tile is prepared by compounding multiple ceramic waste, the treatment cost of the ceramic waste is reduced, meanwhile, the production cost of the low-water-absorption ceramic tile is reduced, and the sintering energy consumption of the low-water-absorption ceramic tile can be effectively reduced.
本发明公开了一种利用陶瓷废料制备的低吸水率瓷砖及其制备方法，包括A粉料和B粉料，且按照质量百分比计算，A粉料的添加量为30～70％；A粉料包括抛光废渣10～50％、煤渣5～30％、炼铁废渣0～20％、高温钾砂20～40％、膨润土Ⅰ5～15％和A泥料10～20％；B粉料包括废釉渣1～10％、污水压滤泥1～10％、陶瓷废砖2～20％、中温钾砂10～20％、钠长石15～25％、镁质土1～10％、滑石1～6％、硅灰石1～5％、膨润土Ⅱ1～10％和B泥料15～25％。本方案提出的一种利用陶瓷废料制备的低吸水率瓷砖及其制备方法，利用多种陶瓷废料进行复配制备低吸水率瓷砖，有利于降低陶瓷废料的处理费用，同时降低低吸水率瓷砖的生产成本，还能有效降低低吸水率瓷砖的烧成能耗。
Low-water-absorption ceramic tile prepared from ceramic waste and preparation method of low-water-absorption ceramic tile
The invention discloses a low-water-absorption ceramic tile prepared from ceramic waste and a preparation method thereof.The low-water-absorption ceramic tile is prepared from, by mass, 30%-70% of powder A and 20%-30% of powder B. The additive amount of the powder A is 30%-70%. The powder A comprises 10-50% of polishing waste residues, 5-30% of coal cinder, 0-20% of ironmaking waste residues, 20-40% of high-temperature potassium sand, 5-15% of bentonite I and 10-20% of pug A; the powder material B comprises 1-10% of waste glaze residues, 1-10% of sewage filter-press mud, 2-20% of ceramic waste bricks, 10-20% of medium-temperature potassium sand, 15-25% of albite, 1-10% of magnesia soil, 1-6% of talc, 1-5% of wollastonite, 1-10% of bentonite II and 15-25% of pug material B. According to the low-water-absorption ceramic tile prepared from the ceramic waste and the preparation method of the low-water-absorption ceramic tile prepared from the ceramic waste, the low-water-absorption ceramic tile is prepared by compounding multiple ceramic waste, the treatment cost of the ceramic waste is reduced, meanwhile, the production cost of the low-water-absorption ceramic tile is reduced, and the sintering energy consumption of the low-water-absorption ceramic tile can be effectively reduced.
本发明公开了一种利用陶瓷废料制备的低吸水率瓷砖及其制备方法，包括A粉料和B粉料，且按照质量百分比计算，A粉料的添加量为30～70％；A粉料包括抛光废渣10～50％、煤渣5～30％、炼铁废渣0～20％、高温钾砂20～40％、膨润土Ⅰ5～15％和A泥料10～20％；B粉料包括废釉渣1～10％、污水压滤泥1～10％、陶瓷废砖2～20％、中温钾砂10～20％、钠长石15～25％、镁质土1～10％、滑石1～6％、硅灰石1～5％、膨润土Ⅱ1～10％和B泥料15～25％。本方案提出的一种利用陶瓷废料制备的低吸水率瓷砖及其制备方法，利用多种陶瓷废料进行复配制备低吸水率瓷砖，有利于降低陶瓷废料的处理费用，同时降低低吸水率瓷砖的生产成本，还能有效降低低吸水率瓷砖的烧成能耗。
Low-water-absorption ceramic tile prepared from ceramic waste and preparation method of low-water-absorption ceramic tile
一种利用陶瓷废料制备的低吸水率瓷砖及其制备方法
XIANG FAQING (author) / YE YANLING (author) / ZHANG QIAOYAN (author) / ZENG QUAN (author) / WANG ZHENGWANG (author) / LUO WENDI (author) / XIE SUI (author)
2023-09-01
Patent
Electronic Resource
Chinese
IPC:
C04B
Kalk
,
LIME
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