Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
The invention provides a waveform asphalt shingle and a preparation method thereof, and belongs to the technical field of building waterproofing. The preparation method of the waveform asphalt shingle comprises the following steps: firstly, arranging an adhesive on the upstream face of a dried waveform asphalt shingle substrate to form a first adhesive layer, then arranging sintered color sand on the surface of the first adhesive layer to form a color sand layer, and then arranging an adhesive on the surface of the color sand layer to form a second adhesive layer. The sintered color sand is attached to the upstream face of the waveform asphalt shingle base plate, so that the waveform asphalt shingle can obtain the target color, and the waveform asphalt shingle can have the ceramic texture and meet the aesthetic appreciation of the public. More importantly, under triple protection of the first adhesive layer, the colored sand layer and the second adhesive layer, the waveform asphalt shingle can effectively resist ultraviolet rays, the weather resistance of the waveform asphalt shingle is improved, and the service life of the waveform asphalt shingle is greatly prolonged. In addition, the color sand layer can keep color for a long time under the protection of the second glue layer.
本申请提供一种波形沥青瓦及其制备方法，属于建筑防水技术领域。波形沥青瓦的制备方法包括：先在烘干的波形沥青瓦基板的迎水面设置胶黏剂形成第一胶层，再在第一胶层表面设置烧结彩砂形成彩砂层，然后在彩砂层表面设置胶黏剂形成第二胶层。在波形沥青瓦基板的迎水面附着烧结彩砂，不仅能够使波形沥青瓦获得目标颜色，还能够使波形沥青瓦具有陶瓷质感，符合大众的审美。更重要的是，本申请的波形沥青瓦在第一胶层，彩砂层和第二胶层的三重保护下，能够有效的抵抗紫外线，提高波形沥青瓦的耐候性，使波形沥青瓦的使用寿命大幅提高。另外，彩砂层在第二胶层的保护下，能够在较长时间内保持色彩。
The invention provides a waveform asphalt shingle and a preparation method thereof, and belongs to the technical field of building waterproofing. The preparation method of the waveform asphalt shingle comprises the following steps: firstly, arranging an adhesive on the upstream face of a dried waveform asphalt shingle substrate to form a first adhesive layer, then arranging sintered color sand on the surface of the first adhesive layer to form a color sand layer, and then arranging an adhesive on the surface of the color sand layer to form a second adhesive layer. The sintered color sand is attached to the upstream face of the waveform asphalt shingle base plate, so that the waveform asphalt shingle can obtain the target color, and the waveform asphalt shingle can have the ceramic texture and meet the aesthetic appreciation of the public. More importantly, under triple protection of the first adhesive layer, the colored sand layer and the second adhesive layer, the waveform asphalt shingle can effectively resist ultraviolet rays, the weather resistance of the waveform asphalt shingle is improved, and the service life of the waveform asphalt shingle is greatly prolonged. In addition, the color sand layer can keep color for a long time under the protection of the second glue layer.
本申请提供一种波形沥青瓦及其制备方法，属于建筑防水技术领域。波形沥青瓦的制备方法包括：先在烘干的波形沥青瓦基板的迎水面设置胶黏剂形成第一胶层，再在第一胶层表面设置烧结彩砂形成彩砂层，然后在彩砂层表面设置胶黏剂形成第二胶层。在波形沥青瓦基板的迎水面附着烧结彩砂，不仅能够使波形沥青瓦获得目标颜色，还能够使波形沥青瓦具有陶瓷质感，符合大众的审美。更重要的是，本申请的波形沥青瓦在第一胶层，彩砂层和第二胶层的三重保护下，能够有效的抵抗紫外线，提高波形沥青瓦的耐候性，使波形沥青瓦的使用寿命大幅提高。另外，彩砂层在第二胶层的保护下，能够在较长时间内保持色彩。
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