Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Inorganic foaming material and method for preparing aluminum alloy inorganic foaming wall panel from inorganic foaming material
The invention provides an inorganic foaming material and a method for preparing an aluminum alloy inorganic foaming wall panel from the inorganic foaming material. The inorganic foaming material comprises following components: magnesium oxide with the weight of W (kg), 75%W of solution with 28-30-baume-degree prepared from MgSO4, 1-1.5% W of a composite modifier and a 3W-8W (L) of foam prepared based on a foaming agent, 20-50 meshes of glass beads with 700cm<3>/kgMgO, 0.2-0.3%W of basalt short fibers, 0.5-1%W of redispersible latex powder, and 1-1.5W of a calcium acrylate coagulant. The inorganic foaming material is injected into the back face of the aluminum alloy wall panel at a time to be foamed, cured and formed, can be tightly combined with the aluminum alloy wall panel without the help of other adhesives, is extremely good in adhesive force, enables the overall rigidity of the aluminum alloy wall panel to be improved; meanwhile, the material has the good characteristics of heat insulation, heat preservation, fire prevention, mildew prevention, bacterium resistance, light weight, water resistance and the like.
本发明提供一种无机发泡材料及其制备成铝合金无机发泡墙面板的方法，其无机发泡材料，包含重量为W（kg）的氧化镁、75%W由MgSO4配成28~30°Bé的溶液、1~1.5%W的复合改性剂、3W~8W（L）发泡剂调制成的泡沫、700cm3/kgMgO的20~50目玻化微珠、0.2~0.3%W的玄武岩短纤维、0.5~1%W的可再分散性乳胶粉、1~1.5%W的丙稀酸钙促凝剂。本发明的无机发泡材料，一次注入在铝合金墙面板背面发泡固化成形，不需要借助其它粘结剂即可与铝合金墙面板紧密结合，附着力极好，使得铝合金墙面板的整体刚度得到提升，同时具有良好的隔热、保温、防火、防霉、抗菌、质轻、不怕水等特性。
Inorganic foaming material and method for preparing aluminum alloy inorganic foaming wall panel from inorganic foaming material
The invention provides an inorganic foaming material and a method for preparing an aluminum alloy inorganic foaming wall panel from the inorganic foaming material. The inorganic foaming material comprises following components: magnesium oxide with the weight of W (kg), 75%W of solution with 28-30-baume-degree prepared from MgSO4, 1-1.5% W of a composite modifier and a 3W-8W (L) of foam prepared based on a foaming agent, 20-50 meshes of glass beads with 700cm<3>/kgMgO, 0.2-0.3%W of basalt short fibers, 0.5-1%W of redispersible latex powder, and 1-1.5W of a calcium acrylate coagulant. The inorganic foaming material is injected into the back face of the aluminum alloy wall panel at a time to be foamed, cured and formed, can be tightly combined with the aluminum alloy wall panel without the help of other adhesives, is extremely good in adhesive force, enables the overall rigidity of the aluminum alloy wall panel to be improved; meanwhile, the material has the good characteristics of heat insulation, heat preservation, fire prevention, mildew prevention, bacterium resistance, light weight, water resistance and the like.
本发明提供一种无机发泡材料及其制备成铝合金无机发泡墙面板的方法，其无机发泡材料，包含重量为W（kg）的氧化镁、75%W由MgSO4配成28~30°Bé的溶液、1~1.5%W的复合改性剂、3W~8W（L）发泡剂调制成的泡沫、700cm3/kgMgO的20~50目玻化微珠、0.2~0.3%W的玄武岩短纤维、0.5~1%W的可再分散性乳胶粉、1~1.5%W的丙稀酸钙促凝剂。本发明的无机发泡材料，一次注入在铝合金墙面板背面发泡固化成形，不需要借助其它粘结剂即可与铝合金墙面板紧密结合，附着力极好，使得铝合金墙面板的整体刚度得到提升，同时具有良好的隔热、保温、防火、防霉、抗菌、质轻、不怕水等特性。
Inorganic foaming material and method for preparing aluminum alloy inorganic foaming wall panel from inorganic foaming material
一种无机发泡材料及其制备成铝合金无机发泡墙面板的方法
GAO FENGXI (Autor:in) / YOU NANLAI (Autor:in)
15.12.2020
Patent
Elektronische Ressource
Chinesisch
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