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A platform for research: civil engineering, architecture and urbanism
Inorganic fiber rib and forming process
The inorganic fiber rib comprises an outer protection layer, an anti-corrosion filling layer and at least one core material, the anti-corrosion filling layer is arranged in a gap between the core material and the outer protection layer, the core material comprises fiber rib twisted wires, an inner coating layer, a waterproof coating layer and an inner protection layer, the inner coating layer is arranged on the surface of the fiber rib twisted wires, and the waterproof coating layer is arranged on the surface of the inner protection layer. The internal coating is made of a material with cohesiveness and wear resistance; the waterproof coating is arranged on the surface of the internally added coating; the inner protective layer is arranged on the surface of the inner coating layer; and the outer protection layer is made of a material which is not bonded with concrete. The outer protection layer on the surface of the inorganic fiber rib and concrete are not bonded, the internal anti-corrosion filling layer facilitates sliding of the rib bundle under stress, the core material has waterproofness, abrasion resistance and cohesiveness and is good in tensile strength, the inorganic fiber rib is used for replacing a steel strand, good electrical insulation is achieved, and the problem that the steel strand is prone to rusting can be solved. The method can be widely applied to the technical field of civil engineering.
本发明公开了一种无机纤维筋及成型工艺，无机纤维筋包括外保护层、防腐填充层和至少一个芯材，防腐填充层设置在芯材与外保护层之间的空隙，芯材包括纤维筋绞丝、内加涂层、防水涂层和内保护层，内加涂层设置在纤维筋绞丝的表面，内加涂层采用具有粘结性和耐磨性的材料；防水涂层设置在内加涂层的表面；内保护层设置在内加涂层的表面；外保护层采用与混凝土无粘结的材料。无机纤维筋表面的外保护层与混凝土之间无粘结，内部的防腐填充层便于筋束受力滑动，芯材具有防水性、耐磨性和粘结性，抗拉强度良好，以无机纤维筋替代钢绞线，具有良好的电绝缘性，能够解决钢绞线易锈蚀的问题。本发明可广泛应用于土木工程技术领域。
Inorganic fiber rib and forming process
The inorganic fiber rib comprises an outer protection layer, an anti-corrosion filling layer and at least one core material, the anti-corrosion filling layer is arranged in a gap between the core material and the outer protection layer, the core material comprises fiber rib twisted wires, an inner coating layer, a waterproof coating layer and an inner protection layer, the inner coating layer is arranged on the surface of the fiber rib twisted wires, and the waterproof coating layer is arranged on the surface of the inner protection layer. The internal coating is made of a material with cohesiveness and wear resistance; the waterproof coating is arranged on the surface of the internally added coating; the inner protective layer is arranged on the surface of the inner coating layer; and the outer protection layer is made of a material which is not bonded with concrete. The outer protection layer on the surface of the inorganic fiber rib and concrete are not bonded, the internal anti-corrosion filling layer facilitates sliding of the rib bundle under stress, the core material has waterproofness, abrasion resistance and cohesiveness and is good in tensile strength, the inorganic fiber rib is used for replacing a steel strand, good electrical insulation is achieved, and the problem that the steel strand is prone to rusting can be solved. The method can be widely applied to the technical field of civil engineering.
本发明公开了一种无机纤维筋及成型工艺，无机纤维筋包括外保护层、防腐填充层和至少一个芯材，防腐填充层设置在芯材与外保护层之间的空隙，芯材包括纤维筋绞丝、内加涂层、防水涂层和内保护层，内加涂层设置在纤维筋绞丝的表面，内加涂层采用具有粘结性和耐磨性的材料；防水涂层设置在内加涂层的表面；内保护层设置在内加涂层的表面；外保护层采用与混凝土无粘结的材料。无机纤维筋表面的外保护层与混凝土之间无粘结，内部的防腐填充层便于筋束受力滑动，芯材具有防水性、耐磨性和粘结性，抗拉强度良好，以无机纤维筋替代钢绞线，具有良好的电绝缘性，能够解决钢绞线易锈蚀的问题。本发明可广泛应用于土木工程技术领域。
Inorganic fiber rib and forming process
一种无机纤维筋及成型工艺
LI ZHAOHENG (author) / LUO SHUNJIE (author) / CHEN SIKE (author) / ZHANG JUNLU (author) / XIE LIANG (author) / LIU ZENGMING (author) / OUYANG FENG (author) / LIU JUNWEI (author) / LIU WENWEI (author)
2023-03-10
Patent
Electronic Resource
Chinese
INORGANIC FIBER, INORGANIC FIBER ASSEMBLY AND INORGANIC FIBER MOLDED BODY
| European Patent Office | 2016