A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
The invention provides an antibacterial diatom plate which is a multi-layer composite diatom plate and is formed by compounding a plurality of plate layers. The antibacterial algae mud plate is divided into outer surface layers and a middle core layer, the outer surface layers are outer surface layers on the two sides of the antibacterial algae mud plate, the middle core layer is a middle layer between the outer surface layers on the two sides, the outer surface layers of the antibacterial algae mud plate are made of slurry A, the slurry A contains ZnO-attapulgite, the middle core layer of the antibacterial algae mud plate is made of slurry B, and the slurry B contains Ag-ZnO nanowires. The high antibacterial property of the algae mud plate is achieved through reasonable matching of the outer surface layer and the middle core layer, the problems that an existing antibacterial material is heavy, fragile, much in construction waste and the like are solved, meanwhile, the antibacterial value is greatly increased, and the algae mud plate can be widely applied to the fields of indoor decoration, environmental protection, energy saving, daily living articles and the like.
本发明提供一种抗菌硅藻板，抗菌藻泥板为多层复合藻泥板，由多层板料层复合而成。抗菌藻泥板分为外表层和中芯层，外表层为抗菌藻泥板的两侧外表面层，中芯层为两侧外表面层之间的中间层，抗菌藻泥板的外表层由料浆A制成，料浆A中含有ZnO‑凹凸棒土，抗菌藻泥板的中芯层由料浆B制成，所述料浆B中含有Ag‑ZnO纳米线。利用外表层和中芯层的合理搭配实现藻泥板的高度抗菌抑菌性，解决了现有抗菌材料笨重，易碎，建筑垃圾多等问题，同时大幅提高了抗菌数值，可广泛应用室内装饰与装修、环保、节能以及日常生活用品等领域。
The invention provides an antibacterial diatom plate which is a multi-layer composite diatom plate and is formed by compounding a plurality of plate layers. The antibacterial algae mud plate is divided into outer surface layers and a middle core layer, the outer surface layers are outer surface layers on the two sides of the antibacterial algae mud plate, the middle core layer is a middle layer between the outer surface layers on the two sides, the outer surface layers of the antibacterial algae mud plate are made of slurry A, the slurry A contains ZnO-attapulgite, the middle core layer of the antibacterial algae mud plate is made of slurry B, and the slurry B contains Ag-ZnO nanowires. The high antibacterial property of the algae mud plate is achieved through reasonable matching of the outer surface layer and the middle core layer, the problems that an existing antibacterial material is heavy, fragile, much in construction waste and the like are solved, meanwhile, the antibacterial value is greatly increased, and the algae mud plate can be widely applied to the fields of indoor decoration, environmental protection, energy saving, daily living articles and the like.
本发明提供一种抗菌硅藻板，抗菌藻泥板为多层复合藻泥板，由多层板料层复合而成。抗菌藻泥板分为外表层和中芯层，外表层为抗菌藻泥板的两侧外表面层，中芯层为两侧外表面层之间的中间层，抗菌藻泥板的外表层由料浆A制成，料浆A中含有ZnO‑凹凸棒土，抗菌藻泥板的中芯层由料浆B制成，所述料浆B中含有Ag‑ZnO纳米线。利用外表层和中芯层的合理搭配实现藻泥板的高度抗菌抑菌性，解决了现有抗菌材料笨重，易碎，建筑垃圾多等问题，同时大幅提高了抗菌数值，可广泛应用室内装饰与装修、环保、节能以及日常生活用品等领域。
Preparation process of antibacterial diatom plate
一种抗菌硅藻板的制备工艺
2023-01-24
Patent
Electronic Resource
Chinese
IPC:
C04B
Kalk
,
LIME
/
B32B
LAYERED PRODUCTS, i.e. PRODUCTS BUILT-UP OF STRATA OF FLAT OR NON-FLAT, e.g. CELLULAR OR HONEYCOMB, FORM
,
Schichtkörper, d.h. aus Ebenen oder gewölbten Schichten, z.B. mit zell- oder wabenförmiger Form, aufgebaute Erzeugnisse
/
E04F
FINISHING WORK ON BUILDINGS, e.g. STAIRS, FLOORS
,
Ausbau von Bauwerken, z.B. Treppen, Fußböden
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