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The invention discloses a preparation method for a magnesium phosphate particle cement composite material plate. The preparation method comprises the following steps of: putting magnesium phosphate particle cement composite materials in a 3D woven fabric blanket; then, putting the 3D woven fabric blanket on a polyethylene reinforced hard foam material; controlling a hydration ratio to be 0.15-0.40and a viscose ratio of 10:1; and after even stirring is carried out, watering the magnesium phosphate particle cement composite materials, rolling, and standing for 1-2 days to obtain the magnesium phosphate particle cement composite material plate. The invention also provides the magnesium phosphate particle cement composite material plate, and application of the magnesium phosphate particle cement composite material plate. The magnesium phosphate particle cement composite material plate is densified to obtain a cement plate material with holes, then, the cement plate material is combined with the polyethylene reinforced hard foam material or is further combined with elastomer paint to prepare the magnesium phosphate particle cement composite material plate, and the compressive strength,the rupture strength and the tensile strength of the magnesium phosphate particle cement composite material plate can be effectively improved.
本发明公开了一种磷酸镁颗粒水泥复合材料板的制备方法，包括如下步骤：将磷酸镁颗粒水泥复合材料置于3D编织布毯内，然后将所述3D编织布毯置于聚乙烯增强硬泡材料上，控制水化比为0.15‑0.40、粘胶比为10:1，搅拌均匀后，往所述磷酸镁颗粒水泥复合材料上浇水，滚压，静置1‑2天，得到磷酸镁颗粒水泥复合材料板。本发明还提供所述磷酸镁颗粒水泥复合材料板及其应用。本发明采用磷酸镁颗粒水泥复合材料经加密制成有孔的水泥板材，然后与聚乙烯增强硬泡材料或进一步与弹性体涂料结合使用制备磷酸镁颗粒水泥复合材料板，有效增加了磷酸镁颗粒水泥复合材料板的抗压、抗折以及抗拉强度。
The invention discloses a preparation method for a magnesium phosphate particle cement composite material plate. The preparation method comprises the following steps of: putting magnesium phosphate particle cement composite materials in a 3D woven fabric blanket; then, putting the 3D woven fabric blanket on a polyethylene reinforced hard foam material; controlling a hydration ratio to be 0.15-0.40and a viscose ratio of 10:1; and after even stirring is carried out, watering the magnesium phosphate particle cement composite materials, rolling, and standing for 1-2 days to obtain the magnesium phosphate particle cement composite material plate. The invention also provides the magnesium phosphate particle cement composite material plate, and application of the magnesium phosphate particle cement composite material plate. The magnesium phosphate particle cement composite material plate is densified to obtain a cement plate material with holes, then, the cement plate material is combined with the polyethylene reinforced hard foam material or is further combined with elastomer paint to prepare the magnesium phosphate particle cement composite material plate, and the compressive strength,the rupture strength and the tensile strength of the magnesium phosphate particle cement composite material plate can be effectively improved.
本发明公开了一种磷酸镁颗粒水泥复合材料板的制备方法，包括如下步骤：将磷酸镁颗粒水泥复合材料置于3D编织布毯内，然后将所述3D编织布毯置于聚乙烯增强硬泡材料上，控制水化比为0.15‑0.40、粘胶比为10:1，搅拌均匀后，往所述磷酸镁颗粒水泥复合材料上浇水，滚压，静置1‑2天，得到磷酸镁颗粒水泥复合材料板。本发明还提供所述磷酸镁颗粒水泥复合材料板及其应用。本发明采用磷酸镁颗粒水泥复合材料经加密制成有孔的水泥板材，然后与聚乙烯增强硬泡材料或进一步与弹性体涂料结合使用制备磷酸镁颗粒水泥复合材料板，有效增加了磷酸镁颗粒水泥复合材料板的抗压、抗折以及抗拉强度。
Magnesium phosphate particle cement composite material plate, and preparation method and application thereof
磷酸镁颗粒水泥复合材料板及其制备方法与应用
LU XINLI (author)
2020-06-09
Patent
Electronic Resource
Chinese
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