A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Ceramic tile paving technology
The invention relates to a ceramic tile paving process which comprises the following steps: firstly, cleaning the surface of a base layer, then leveling and repairing the base layer, and fully wetting the base layer with water; then coating the adhesive on the surface of the base layer by using a tooth-shaped scraper blade; paving the ceramic tiles on the adhesive; and finally, brick joints between the ceramic tiles are cleaned, and the joints are filled with a joint beautifying agent. The tensile adhesive strength of the adhesive is greater than or equal to 1N/mm < 2 >, the tensile adhesive strength after water immersion is greater than or equal to 1N/mm < 2 >, the tensile adhesive strength after thermal aging is greater than or equal to 1N/mm < 2 >, and the tensile adhesive strength after freeze-thaw cycle is greater than or equal to 1N/mm < 2 >. The whole process is reasonable in design, easy to construct and high in practicability, and the problems of hollowing and unevenness easily occurring in a traditional ceramic tile pasting method can be effectively solved.
本发明涉及一种瓷砖铺贴工艺，首先将基层表面清理干净，随后对基层进行找平修补，并用水充分润湿；随后使用齿形刮板将粘结剂涂敷在基层表面；接着将瓷砖铺贴在粘结剂上；最后清理瓷砖之间的砖缝，并使用美缝剂进行填缝。前述粘结剂的拉伸粘结强度≥1N/mm2，浸水后拉伸粘结强度≥1N/mm2，热老化后拉伸粘结强度≥1N/mm2，冻融循环后拉伸粘结强度≥1N/mm2。整套工艺设计合理、易于施工且实用性强，可有效解决传统瓷砖粘贴方法中容易出现的空鼓和不平整的问题。
Ceramic tile paving technology
The invention relates to a ceramic tile paving process which comprises the following steps: firstly, cleaning the surface of a base layer, then leveling and repairing the base layer, and fully wetting the base layer with water; then coating the adhesive on the surface of the base layer by using a tooth-shaped scraper blade; paving the ceramic tiles on the adhesive; and finally, brick joints between the ceramic tiles are cleaned, and the joints are filled with a joint beautifying agent. The tensile adhesive strength of the adhesive is greater than or equal to 1N/mm < 2 >, the tensile adhesive strength after water immersion is greater than or equal to 1N/mm < 2 >, the tensile adhesive strength after thermal aging is greater than or equal to 1N/mm < 2 >, and the tensile adhesive strength after freeze-thaw cycle is greater than or equal to 1N/mm < 2 >. The whole process is reasonable in design, easy to construct and high in practicability, and the problems of hollowing and unevenness easily occurring in a traditional ceramic tile pasting method can be effectively solved.
本发明涉及一种瓷砖铺贴工艺，首先将基层表面清理干净，随后对基层进行找平修补，并用水充分润湿；随后使用齿形刮板将粘结剂涂敷在基层表面；接着将瓷砖铺贴在粘结剂上；最后清理瓷砖之间的砖缝，并使用美缝剂进行填缝。前述粘结剂的拉伸粘结强度≥1N/mm2，浸水后拉伸粘结强度≥1N/mm2，热老化后拉伸粘结强度≥1N/mm2，冻融循环后拉伸粘结强度≥1N/mm2。整套工艺设计合理、易于施工且实用性强，可有效解决传统瓷砖粘贴方法中容易出现的空鼓和不平整的问题。
Ceramic tile paving technology
一种瓷砖铺贴工艺
GE ZHIJIE (author) / JIN XINHUA (author) / ZHOU JUNYU (author) / WANG XIANGWENCHENG (author) / JIN LI (author) / PENG CHENGXIANG (author) / LI XIANG (author) / CHEN CHUQIN (author)
2024-10-25
Patent
Electronic Resource
Chinese
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