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A platform for research: civil engineering, architecture and urbanism
Rock plate ceramic tile capable of degrading formaldehyde
The invention discloses a rock plate ceramic tile capable of degrading formaldehyde, which comprises a rock plate ceramic tile main body, the rock plate ceramic tile main body comprises a base layer in contact with a wall body, one side, far away from the wall body, of the base layer is provided with a formaldehyde removing liquid storage layer, and one side, far away from the base layer, of the formaldehyde removing liquid storage layer is provided with an outer layer; a formaldehyde eliminating liquid storage sponge plate and permeation holes matched with the formaldehyde eliminating liquid storage sponge plate for use are arranged in the formaldehyde removing liquid layer; a photocatalyst layer is arranged on one side, far away from the formaldehyde removing liquid storage layer, of the outer layer, and the photocatalyst layer is arranged on the outer layer, so that when a photocatalyst is consumed, the formaldehyde removing liquid storage sponge plate in the outer layer slowly permeates, slowly seeps out from permeation holes and finally permeates and volatilizes out from joints among all the rock plate ceramic tiles due to the time of the photocatalyst; in other words, after the photocatalyst layer is used up, the formaldehyde removing liquid in the formaldehyde removing liquid storage layer is almost permeated out to continuously remove formaldehyde, so that formaldehyde degradation for a longer time is achieved.
本发明公开了一种可降解甲醛的岩板瓷砖，包括岩板瓷砖主体，岩板瓷砖主体包括与墙体接触的基层，基层远离墙体的一侧设有甲醛清除液储液层，在甲醛清除液储液层远离基层的一侧设有外层；甲醛清楚液层的内设有甲醛消除液存储海绵板以及与甲醛消除液清除液存储海绵板配合使用的渗透孔；外层远离甲醛清楚液储液层的一面设有光触媒层，通过在外层设置光触媒层，在光触媒消耗的同时，其内部的甲醛清除液存储海绵板由于其时间原因慢慢渗透，从渗透孔慢慢渗出，最后从每个岩板瓷砖的之间衔接的缝隙中渗透并挥发出来，即在光触媒层消耗完后，甲醛清除液储液层内的甲醛清除液也差不多渗透出来进行继续清楚甲醛，以达到更长时间的甲醛降解。
Rock plate ceramic tile capable of degrading formaldehyde
The invention discloses a rock plate ceramic tile capable of degrading formaldehyde, which comprises a rock plate ceramic tile main body, the rock plate ceramic tile main body comprises a base layer in contact with a wall body, one side, far away from the wall body, of the base layer is provided with a formaldehyde removing liquid storage layer, and one side, far away from the base layer, of the formaldehyde removing liquid storage layer is provided with an outer layer; a formaldehyde eliminating liquid storage sponge plate and permeation holes matched with the formaldehyde eliminating liquid storage sponge plate for use are arranged in the formaldehyde removing liquid layer; a photocatalyst layer is arranged on one side, far away from the formaldehyde removing liquid storage layer, of the outer layer, and the photocatalyst layer is arranged on the outer layer, so that when a photocatalyst is consumed, the formaldehyde removing liquid storage sponge plate in the outer layer slowly permeates, slowly seeps out from permeation holes and finally permeates and volatilizes out from joints among all the rock plate ceramic tiles due to the time of the photocatalyst; in other words, after the photocatalyst layer is used up, the formaldehyde removing liquid in the formaldehyde removing liquid storage layer is almost permeated out to continuously remove formaldehyde, so that formaldehyde degradation for a longer time is achieved.
本发明公开了一种可降解甲醛的岩板瓷砖，包括岩板瓷砖主体，岩板瓷砖主体包括与墙体接触的基层，基层远离墙体的一侧设有甲醛清除液储液层，在甲醛清除液储液层远离基层的一侧设有外层；甲醛清楚液层的内设有甲醛消除液存储海绵板以及与甲醛消除液清除液存储海绵板配合使用的渗透孔；外层远离甲醛清楚液储液层的一面设有光触媒层，通过在外层设置光触媒层，在光触媒消耗的同时，其内部的甲醛清除液存储海绵板由于其时间原因慢慢渗透，从渗透孔慢慢渗出，最后从每个岩板瓷砖的之间衔接的缝隙中渗透并挥发出来，即在光触媒层消耗完后，甲醛清除液储液层内的甲醛清除液也差不多渗透出来进行继续清楚甲醛，以达到更长时间的甲醛降解。
Rock plate ceramic tile capable of degrading formaldehyde
一种可降解甲醛的岩板瓷砖
LI HONGSHAN (author) / LI LIANJIE (author) / LIU WENXIA (author) / WANG QIAN (author)
2023-06-23
Patent
Electronic Resource
Chinese
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