Building ceramic sheet honeycomb ground system and its construction method

Abstract

The invention relates to the field of architectural ceramics, in particular to an architectural ceramic sheet honeycomb ground system and a construction method of the architectural ceramic sheet honeycomb ground system. The architectural ceramic sheet honeycomb ground system comprises the ground, keels, a ceramic aluminum honeycomb composite board and a back frame. The ceramic aluminum honeycomb composite board is installed on the keels of the ground through the back frame, buffer strips are arranged between the ceramic aluminum honeycomb composite board and the keels, and neutral structural silicone sealant, a joint mixture, foam rods and neutral silicone weather-proof sealant are used for sealing. Through the structure and the method, machining accuracy is high, site construction is convenient and quick to conduct, efficiency is high, and construction can be quickly completed. The ground system is a tough whole, rigidity and strength of architectural ceramic sheets are greatly improved, high impact resistance is possessed, and the buffer and noise control effects can be effectively achieved. Site construction is modular installation, garbage and waste are small in amount, pollutants are not generated, and the conception of green buildings can be well reflected.

Description

technical field [0001] The invention relates to the field of building ceramics, in particular to a building ceramic sheet honeycomb ground system and a construction method thereof. Background technique [0002] my country's architectural ceramics industry has developed rapidly in the past ten years. With internal and external development advantages and opportunities, it has become a major producer and consumer of architectural ceramics in the world. More than half of the world's architectural ceramics are produced in my country. This shows that my country's architectural ceramics occupy an important position in the international arena. In the vast country, architectural ceramics production areas cover most areas, and many areas have formed unique architectural ceramics clusters. [0003] Compared with the wet paste method (also known as the grouting method), the dry-hanging construction can avoid surface pollution and discoloration "anti-alkali", so that the stone can mainta...

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Problems solved by technology

[0004] However, the current ground system has the following disadvantages. It takes a long time, the sealant used for joint filling is easy to age, and gaps are easy to be formed between the stone slabs. During the rainy season in the south, rainwater will seep into the ground from the outside to the inside; Large, high internal temperature and low external temperature, which will cause the external precipitation of the vapor-water phase inside the ground system, resulting in alkalization of the slate surface

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