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Stone reversely-hit prefabricated concrete sandwich heat-preservation external wall panel and production method thereof
The invention discloses a stone reversely-hit prefabricated concrete sandwich heat-preservation external wall panel and a production method thereof.The stone reversely-hit prefabricated concrete sandwich heat-preservation external wall panel comprises special-shaped plates and flat plates, the special-shaped plates are divided into the first special-shaped plate, the second special-shaped plate and the third special-shaped plate, and the flat plates are divided into a wall panel with a hole, a solid wall panel and a flat solid wall panel with stone on the side face; wherein the flat plate is composed of stone, a concrete outer acanthus, a heat preservation layer and a concrete inner acanthus, and the special-shaped plate is composed of stone and a concrete layer. According to the production method capable of achieving accurate stone positioning, firm adhesion and surface pollution prevention, particularly, a litchi surface is difficult to clean, a PE mold is not adopted for bottom stone positioning, a large amount of stone cleaning work and mold cost are saved, and the quality problems that a heat preservation layer of a traditional outer wall is prone to falling off, and the service life of the heat preservation layer cannot be the same as that of a building are solved; and the time for refrigerating and heating the building by adopting equipment within one year can be greatly shortened, the use energy consumption can be obviously reduced, and the living comfort can be improved.
本发明公开了一种石材反打预制混凝土夹心保温外挂墙板及其生产方法,包括异型板和平型板,异型板分为异形板一、异形板二和异形板三,平型板分为带洞口的墙板、实心墙板和侧面带石材平型实心墙板,其中平型板由石材、混凝土外叶板、保温层、混凝土内叶板构成,异型板由石材和混凝土层构成。本发明的石材定位精准、附着牢固,表面防止污染的生产方法,特别是荔枝面难以清洗,底部石材定位也没有采用PE模,节省了大量的石材清洗工作和模具费用,解决了传统外墙的保温层易脱落、不能与建筑同寿命等质量顽疾,也能大幅度地缩减建筑物一年内采用设备制冷采暖的时间,会显著降低使用能耗和提升居住的舒适度。
Stone reversely-hit prefabricated concrete sandwich heat-preservation external wall panel and production method thereof
The invention discloses a stone reversely-hit prefabricated concrete sandwich heat-preservation external wall panel and a production method thereof.The stone reversely-hit prefabricated concrete sandwich heat-preservation external wall panel comprises special-shaped plates and flat plates, the special-shaped plates are divided into the first special-shaped plate, the second special-shaped plate and the third special-shaped plate, and the flat plates are divided into a wall panel with a hole, a solid wall panel and a flat solid wall panel with stone on the side face; wherein the flat plate is composed of stone, a concrete outer acanthus, a heat preservation layer and a concrete inner acanthus, and the special-shaped plate is composed of stone and a concrete layer. According to the production method capable of achieving accurate stone positioning, firm adhesion and surface pollution prevention, particularly, a litchi surface is difficult to clean, a PE mold is not adopted for bottom stone positioning, a large amount of stone cleaning work and mold cost are saved, and the quality problems that a heat preservation layer of a traditional outer wall is prone to falling off, and the service life of the heat preservation layer cannot be the same as that of a building are solved; and the time for refrigerating and heating the building by adopting equipment within one year can be greatly shortened, the use energy consumption can be obviously reduced, and the living comfort can be improved.
本发明公开了一种石材反打预制混凝土夹心保温外挂墙板及其生产方法,包括异型板和平型板,异型板分为异形板一、异形板二和异形板三,平型板分为带洞口的墙板、实心墙板和侧面带石材平型实心墙板,其中平型板由石材、混凝土外叶板、保温层、混凝土内叶板构成,异型板由石材和混凝土层构成。本发明的石材定位精准、附着牢固,表面防止污染的生产方法,特别是荔枝面难以清洗,底部石材定位也没有采用PE模,节省了大量的石材清洗工作和模具费用,解决了传统外墙的保温层易脱落、不能与建筑同寿命等质量顽疾,也能大幅度地缩减建筑物一年内采用设备制冷采暖的时间,会显著降低使用能耗和提升居住的舒适度。
Stone reversely-hit prefabricated concrete sandwich heat-preservation external wall panel and production method thereof
一种石材反打预制混凝土夹心保温外挂墙板及其生产方法
TIAN XUAN (Autor:in) / WANG LEI (Autor:in) / XU YANGJUN (Autor:in) / LU TONG (Autor:in) / DENG XIAOYU (Autor:in) / YU ZHE (Autor:in) / WANG JUNLIANG (Autor:in) / LUO LIANG (Autor:in)
10.05.2024
Patent
Elektronische Ressource
Chinesisch
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