Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Processing technology of waterproof, windproof and light-weight roof tile
The invention discloses a processing technology of a waterproof, windproof and light-weight roof tile. The processing technology comprises the following steps that S1, galvanizing is carried out, specifically, surface pretreatment is carried out on a prefabricated steel plate, and an aluminum-zinc-plated coating is sprayed to obtain an aluminum-zinc-plated steel plate; S2, cutting is carried out,specifically, the aluminum-zinc-plated steel plate is cut into a steel plate base body with the preset size through a corresponding cutting tool; and S3, stamping is carried out, specifically, the steel plate base body is put into a die of the roof tile to be subjected to stamping forming. According to the processing technology of the waterproof, windproof and light-weight roof tile, the structureis simple, traditional complex procedures such as primer coating, sand distribution and upper glue coating do not needed, the overall processing flow of the roof tile is simplified, and the cost of the roof tile is greatly reduced; meanwhile, waterproof cotton and bonding fibers are added in the procedures, the waterproof performance of the roof tile is greatly enhanced by arranging the waterproof cotton and the bonding fibers, the waterproof performance of the roof tile is greatly enhanced, the overall texture of the roof tile is reduced, so that the pressure on a roof when the roof tile isused is greatly reduced, and the construction difficulty is greatly reduced.
本发明揭示了一种防水防风自重轻的屋顶瓦的加工工艺，包括以下步骤：S1.镀锌：将预制的钢板进行表面预处理后，喷涂上镀铝锌涂层，得到镀铝锌钢板；S2.切割：将上述的镀铝锌钢板通过相应的切割工具切割成预设尺寸的钢板基体；S3.冲压：将上述的钢板基体放入到屋顶瓦的模具内进行冲压成型。本发明通过相对工艺的处理，结构简单，不需要传统的上底胶、布砂、上面胶等复杂的工序，简化了屋顶瓦整体加工流程，大大降低了屋顶瓦的成本低，同时在工序中增加了防水棉和粘合纤维，通过防水棉和粘合纤维的共同设置，大大增强了屋顶瓦的防水性能，并减轻了屋顶瓦的整体质地，从而可以大大降低屋顶瓦使用时对于屋面的压力，大幅降低了施工的难度。
Processing technology of waterproof, windproof and light-weight roof tile
The invention discloses a processing technology of a waterproof, windproof and light-weight roof tile. The processing technology comprises the following steps that S1, galvanizing is carried out, specifically, surface pretreatment is carried out on a prefabricated steel plate, and an aluminum-zinc-plated coating is sprayed to obtain an aluminum-zinc-plated steel plate; S2, cutting is carried out,specifically, the aluminum-zinc-plated steel plate is cut into a steel plate base body with the preset size through a corresponding cutting tool; and S3, stamping is carried out, specifically, the steel plate base body is put into a die of the roof tile to be subjected to stamping forming. According to the processing technology of the waterproof, windproof and light-weight roof tile, the structureis simple, traditional complex procedures such as primer coating, sand distribution and upper glue coating do not needed, the overall processing flow of the roof tile is simplified, and the cost of the roof tile is greatly reduced; meanwhile, waterproof cotton and bonding fibers are added in the procedures, the waterproof performance of the roof tile is greatly enhanced by arranging the waterproof cotton and the bonding fibers, the waterproof performance of the roof tile is greatly enhanced, the overall texture of the roof tile is reduced, so that the pressure on a roof when the roof tile isused is greatly reduced, and the construction difficulty is greatly reduced.
本发明揭示了一种防水防风自重轻的屋顶瓦的加工工艺，包括以下步骤：S1.镀锌：将预制的钢板进行表面预处理后，喷涂上镀铝锌涂层，得到镀铝锌钢板；S2.切割：将上述的镀铝锌钢板通过相应的切割工具切割成预设尺寸的钢板基体；S3.冲压：将上述的钢板基体放入到屋顶瓦的模具内进行冲压成型。本发明通过相对工艺的处理，结构简单，不需要传统的上底胶、布砂、上面胶等复杂的工序，简化了屋顶瓦整体加工流程，大大降低了屋顶瓦的成本低，同时在工序中增加了防水棉和粘合纤维，通过防水棉和粘合纤维的共同设置，大大增强了屋顶瓦的防水性能，并减轻了屋顶瓦的整体质地，从而可以大大降低屋顶瓦使用时对于屋面的压力，大幅降低了施工的难度。
Processing technology of waterproof, windproof and light-weight roof tile
一种防水防风自重轻的屋顶瓦的加工工艺
ZHANG HUAFU (Autor:in) / ZHANG ZHONG (Autor:in)
16.03.2021
Patent
Elektronische Ressource
Chinesisch
IPC:
E04D
ROOF COVERINGS
,
Dacheindeckungen
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