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Negative ion antibacterial silicate plate and preparation method thereof
The invention is suitable for the field of plates, and provides a negative ion antibacterial silicate plate which comprises a negative ion substrate, and the negative ion substrate structurally comprises a silicate compound layer plate and an antibacterial layer in sequence. The silicate compound laminate is prepared from the following raw materials in percentage by weight: 10%-35% of cement, 25%-30% of quartz powder, 5%-10% of fiber, 3%-8% of vermiculite powder, 25%-30% of diatomite, 1%-5% of mica, 1%-3% of pearl sand and 2%-8% of an inorganic additive; silver provided in raw materials of the silicate compound laminate has high catalytic reaction working capacity, so that molecular oxygen is generated in indoor space around the silicate compound laminate, and the molecular oxygen has strong oxidizing property and can sterilize, so that the sterilization effect is achieved; in addition, siliceous and calcareous materials react under the conditions of high temperature and high pressure to generate tobermorite crystals with stable performance, so that the tobermorite has fireproof and moistureproof effects.
本发明适用于板材领域，提供了一种负离子抗菌硅酸盐板材，包括负离子基板，所述负离子基板的结构依次为硅酸盐化合物层板和抗菌层，所述硅酸盐化合物层板包括按照以下分量的原料：水泥10％‑35％、石英粉25％‑30％、纤维5％‑10％、蛭石粉3％‑8％、硅藻土25％‑30％、云母1％‑5％、珍珠砂1％‑3％和无机助剂2％‑8％；其中硅酸盐化合物层板原料中提供的银具备较高的催化反应工作能力，得以使其周边室内空间造成分子氧，分子氧具备强氧化性能够杀菌，从而起到杀菌的作用；此外硅质和钙质材料在高温高压的条件下，反应生成性能稳定的托贝莫来石晶体，因此具有防火和防潮的作用。
Negative ion antibacterial silicate plate and preparation method thereof
The invention is suitable for the field of plates, and provides a negative ion antibacterial silicate plate which comprises a negative ion substrate, and the negative ion substrate structurally comprises a silicate compound layer plate and an antibacterial layer in sequence. The silicate compound laminate is prepared from the following raw materials in percentage by weight: 10%-35% of cement, 25%-30% of quartz powder, 5%-10% of fiber, 3%-8% of vermiculite powder, 25%-30% of diatomite, 1%-5% of mica, 1%-3% of pearl sand and 2%-8% of an inorganic additive; silver provided in raw materials of the silicate compound laminate has high catalytic reaction working capacity, so that molecular oxygen is generated in indoor space around the silicate compound laminate, and the molecular oxygen has strong oxidizing property and can sterilize, so that the sterilization effect is achieved; in addition, siliceous and calcareous materials react under the conditions of high temperature and high pressure to generate tobermorite crystals with stable performance, so that the tobermorite has fireproof and moistureproof effects.
本发明适用于板材领域，提供了一种负离子抗菌硅酸盐板材，包括负离子基板，所述负离子基板的结构依次为硅酸盐化合物层板和抗菌层，所述硅酸盐化合物层板包括按照以下分量的原料：水泥10％‑35％、石英粉25％‑30％、纤维5％‑10％、蛭石粉3％‑8％、硅藻土25％‑30％、云母1％‑5％、珍珠砂1％‑3％和无机助剂2％‑8％；其中硅酸盐化合物层板原料中提供的银具备较高的催化反应工作能力，得以使其周边室内空间造成分子氧，分子氧具备强氧化性能够杀菌，从而起到杀菌的作用；此外硅质和钙质材料在高温高压的条件下，反应生成性能稳定的托贝莫来石晶体，因此具有防火和防潮的作用。
Negative ion antibacterial silicate plate and preparation method thereof
一种负离子抗菌硅酸盐板材及其制备方法
XU DINGFENG (author) / WU YUQI (author) / LI ZHONGHE (author)
2022-03-22
Patent
Electronic Resource
Chinese
IPC:
C04B
Kalk
,
LIME
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