Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
High-performance fiber composite prefabricated part for prefabricated cabin and preparation process of high-performance fiber composite prefabricated part
The invention discloses a high-performance fiber composite prefabricated part for a prefabricated cabin and a preparation process of the high-performance fiber composite prefabricated part. The high-performance fiber composite prefabricated part for the prefabricated cabin is prepared from glass fiber filaments, glass fiber gridding cloth, quick-hardening sulphoaluminate cement, river sand, deformed steel bars, steel bars, channel steel, flame-retardant foam, water, expanded perlite, an adhesive, an early strength agent, a styrene-acrylic emulsion, ferrous sulfate, calcium magnesium powder and a concrete surface reinforcing agent according to a conventional method in architecture. The fiber composite prefabricated part is high in anti-freezing performance, fireproof performance and sound insulation performance, and high in radiation protection performance, impact strength and heat conduction performance; meanwhile, the fiber composite prefabricated part is uniform in thermal expansion and cold contraction, good in toughness and not prone to breakage, is alkalescent and hardly corrodes metal materials such as iron and aluminum; and the fiber composite prefabricated part is light in weight, friendly to environment, high in strength, good in toughness, low in energy consumption, capable of being shaped at will according to molds and suitable for application and popularization in the field of electrical equipment.
本发明公开了一种预制舱体用高性能纤维复合预制件及其制备工艺。该预制舱体用高性能纤维复合预制件以玻璃纤维丝、玻璃纤维网格布、快硬硫铝酸盐水泥、河砂、螺纹钢、钢筋、槽钢、阻燃泡沫、水、膨胀珍珠岩、粘接剂、早强剂、苯丙乳液、硫酸亚铁、钙镁粉、混凝土表面增强剂为原料，按照建筑学上常规的方法制成，该纤维复合预制件的抗冻性能、防火性能、隔声性能较高、防辐射性能、抗冲击强度、导热性能均较高；同时该纤维复合预制件热胀冷缩均匀、韧性好不易断裂，且产品呈弱碱性不易腐蚀铁、铝等金属材料，同时具有轻质、环保、强度高、韧性好、能耗低、且可根据模具任意造型，适合在电力设备领域推广应用。
High-performance fiber composite prefabricated part for prefabricated cabin and preparation process of high-performance fiber composite prefabricated part
The invention discloses a high-performance fiber composite prefabricated part for a prefabricated cabin and a preparation process of the high-performance fiber composite prefabricated part. The high-performance fiber composite prefabricated part for the prefabricated cabin is prepared from glass fiber filaments, glass fiber gridding cloth, quick-hardening sulphoaluminate cement, river sand, deformed steel bars, steel bars, channel steel, flame-retardant foam, water, expanded perlite, an adhesive, an early strength agent, a styrene-acrylic emulsion, ferrous sulfate, calcium magnesium powder and a concrete surface reinforcing agent according to a conventional method in architecture. The fiber composite prefabricated part is high in anti-freezing performance, fireproof performance and sound insulation performance, and high in radiation protection performance, impact strength and heat conduction performance; meanwhile, the fiber composite prefabricated part is uniform in thermal expansion and cold contraction, good in toughness and not prone to breakage, is alkalescent and hardly corrodes metal materials such as iron and aluminum; and the fiber composite prefabricated part is light in weight, friendly to environment, high in strength, good in toughness, low in energy consumption, capable of being shaped at will according to molds and suitable for application and popularization in the field of electrical equipment.
本发明公开了一种预制舱体用高性能纤维复合预制件及其制备工艺。该预制舱体用高性能纤维复合预制件以玻璃纤维丝、玻璃纤维网格布、快硬硫铝酸盐水泥、河砂、螺纹钢、钢筋、槽钢、阻燃泡沫、水、膨胀珍珠岩、粘接剂、早强剂、苯丙乳液、硫酸亚铁、钙镁粉、混凝土表面增强剂为原料，按照建筑学上常规的方法制成，该纤维复合预制件的抗冻性能、防火性能、隔声性能较高、防辐射性能、抗冲击强度、导热性能均较高；同时该纤维复合预制件热胀冷缩均匀、韧性好不易断裂，且产品呈弱碱性不易腐蚀铁、铝等金属材料，同时具有轻质、环保、强度高、韧性好、能耗低、且可根据模具任意造型，适合在电力设备领域推广应用。
High-performance fiber composite prefabricated part for prefabricated cabin and preparation process of high-performance fiber composite prefabricated part
预制舱体用高性能纤维复合预制件及其制备工艺
ZUO TAO (Autor:in) / WANG FUMING (Autor:in) / XIONG KAI (Autor:in) / SONG YINGJIE (Autor:in)
29.06.2021
Patent
Elektronische Ressource
Chinesisch
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