Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
The invention relates to composite ceramsite high-strength concrete. A circular hole is formed in the center position in a natural ceramsite particle, a sawtooth-shaped fastening groove is formed in the circular hole, and a plurality of composite glass fiber strips are implanted into the sawtooth-shaped fastening groove; a ceramsite particle arc-shaped area and a ceramsite particle outer spherical surface area are arranged on the outer ring of the natural ceramsite particle at intervals; and a cement admixture is embedded into the ceramsite particle arc-shaped area. According to the composite ceramsite high-strength concrete, the cement admixture body is a naphthalene sulfonate formaldehyde condensate, and the outer surface of the cement admixture body is covered with a composite super plasticizer; a burr surface layer area is arranged on one side surface of the natural ceramsite particle, and the other side surface of the natural ceramsite particle is a plane; and the composite glass fiber strips are wound out from the side plane of the natural ceramsite particle, and then the tail ends of the composite glass fiber strips are inserted into the burr surface layer area after surrounding the cement admixture, so that the production of the composite ceramsite high-strength concrete is realized.
本发明涉及一种复合陶粒高强度的混凝土。所述的天然陶粒颗粒内中心位置开有圆孔，并且在圆孔内开有锯齿状紧固槽，锯齿状紧固槽内植入有多根所述的复合玻纤丝条；所述的天然陶粒颗粒外环圈间隔设置有陶粒颗粒弧形区、陶粒颗粒外球面区；所述的陶粒颗粒弧形区内嵌入有水泥外加剂；本发明采用水泥外加剂本体为萘磺酸盐甲醛缩合物，在水泥外加剂本体外表面覆有复合超塑化剂；天然陶粒颗粒一侧面设有毛躁面层区域，另一侧面为平面；复合玻纤丝条由天然陶粒颗粒的侧平面绕出，然后环抱水泥外加剂后末端插入毛躁面层区域上的技术方案，实现了一种复合陶粒高强度的混凝土的生产。
The invention relates to composite ceramsite high-strength concrete. A circular hole is formed in the center position in a natural ceramsite particle, a sawtooth-shaped fastening groove is formed in the circular hole, and a plurality of composite glass fiber strips are implanted into the sawtooth-shaped fastening groove; a ceramsite particle arc-shaped area and a ceramsite particle outer spherical surface area are arranged on the outer ring of the natural ceramsite particle at intervals; and a cement admixture is embedded into the ceramsite particle arc-shaped area. According to the composite ceramsite high-strength concrete, the cement admixture body is a naphthalene sulfonate formaldehyde condensate, and the outer surface of the cement admixture body is covered with a composite super plasticizer; a burr surface layer area is arranged on one side surface of the natural ceramsite particle, and the other side surface of the natural ceramsite particle is a plane; and the composite glass fiber strips are wound out from the side plane of the natural ceramsite particle, and then the tail ends of the composite glass fiber strips are inserted into the burr surface layer area after surrounding the cement admixture, so that the production of the composite ceramsite high-strength concrete is realized.
本发明涉及一种复合陶粒高强度的混凝土。所述的天然陶粒颗粒内中心位置开有圆孔，并且在圆孔内开有锯齿状紧固槽，锯齿状紧固槽内植入有多根所述的复合玻纤丝条；所述的天然陶粒颗粒外环圈间隔设置有陶粒颗粒弧形区、陶粒颗粒外球面区；所述的陶粒颗粒弧形区内嵌入有水泥外加剂；本发明采用水泥外加剂本体为萘磺酸盐甲醛缩合物，在水泥外加剂本体外表面覆有复合超塑化剂；天然陶粒颗粒一侧面设有毛躁面层区域，另一侧面为平面；复合玻纤丝条由天然陶粒颗粒的侧平面绕出，然后环抱水泥外加剂后末端插入毛躁面层区域上的技术方案，实现了一种复合陶粒高强度的混凝土的生产。
Composite ceramsite high-strength concrete
一种复合陶粒高强度的混凝土
01.06.2021
Patent
Elektronische Ressource
Chinesisch
| Europäisches Patentamt | 2020
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