A platform for research: civil engineering, architecture and urbanism
Gypsum ultrafine powder for chemical filler
The invention relates to the technical field of chemical industry, and discloses ultrafine gypsum powder for chemical filler, which comprises the following components: 45%-65% of citric acid residue, 4%-19% of quick lime, 0.25%-0.95% of sodium carbonate, 0.21%-0.75% of titanium dioxide, 5%-15% of a composite anti-crack component A, 7%-13% of a composite anti-crack component B and 5%-10% of a fiber modifier. According to the gypsum superfine powder for the chemical filler, the gypsum superfine powder further comprises a fiber modifier, so that the compression resistance and fracture resistance of the gypsum superfine powder can be improved, and a reinforcing effect can be provided during chemical filler.
本发明涉及化工技术领域,且公开了一种化工填料用石膏超细粉体,包括如下组分:45%‑65%的柠檬酸渣,4%‑19%的生石灰、0.25%‑0.95%的纯碱、0.21%‑0.75%的钛白粉,5%‑15%份复合抗裂成分A、7%‑13%份复合抗裂成分B和5%‑10%份纤维改性剂。该一种化工填料用石膏超细粉体,本发明石膏超细粉体还包括纤维改性剂,可提高本发明石膏超细粉体抗压及抗折性能,在进行化工填料时,可提供补强作用。
Gypsum ultrafine powder for chemical filler
The invention relates to the technical field of chemical industry, and discloses ultrafine gypsum powder for chemical filler, which comprises the following components: 45%-65% of citric acid residue, 4%-19% of quick lime, 0.25%-0.95% of sodium carbonate, 0.21%-0.75% of titanium dioxide, 5%-15% of a composite anti-crack component A, 7%-13% of a composite anti-crack component B and 5%-10% of a fiber modifier. According to the gypsum superfine powder for the chemical filler, the gypsum superfine powder further comprises a fiber modifier, so that the compression resistance and fracture resistance of the gypsum superfine powder can be improved, and a reinforcing effect can be provided during chemical filler.
本发明涉及化工技术领域,且公开了一种化工填料用石膏超细粉体,包括如下组分:45%‑65%的柠檬酸渣,4%‑19%的生石灰、0.25%‑0.95%的纯碱、0.21%‑0.75%的钛白粉,5%‑15%份复合抗裂成分A、7%‑13%份复合抗裂成分B和5%‑10%份纤维改性剂。该一种化工填料用石膏超细粉体,本发明石膏超细粉体还包括纤维改性剂,可提高本发明石膏超细粉体抗压及抗折性能,在进行化工填料时,可提供补强作用。
Gypsum ultrafine powder for chemical filler
一种化工填料用石膏超细粉体
LI XIANGFEI (author) / ZHOU ZHANLIN (author) / QIAN YEJI (author) / MAO HONGKAI (author) / ZHANG QINGLI (author) / ZHU LING (author) / QIAN YIQUN (author) / YAN SHENGXIA (author)
2022-11-11
Patent
Electronic Resource
Chinese
IPC:
C04B
Kalk
,
LIME
European Patent Office | 2022
|Mine filler based on calcination-free gypsum and preparation method ofmine filler
European Patent Office | 2021
|