A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
The invention discloses a production process of a nano microcrystalline film photocatalytic ceramic. The production process comprises the following steps of: cleaning ceramic tiles; preparing a TiO2 dopant coating liquid; respectively putting the cleaned ceramic tiles into a reaction tank A and a reaction tank B; vertically putting the ceramic tiles into the reaction tank A and the reaction tank B; pouring the coating liquid into the reaction tank A, enabling the ceramic tiles to be completely immersed in the coating liquid; enabling the coating liquid in the reaction tank A to flow into the reaction tank B through a water pump at the speed of 5-10cm/min; enabling the ceramic tiles in the reaction tank B to be safely immersed by the coating liquid; taking out the ceramic tiles in the reaction tank A; and pumping the coating liquid in the reaction tank B back into the reaction tank A through the water pump at the descending speed of 5-10cm/min. Compared with the prior art, the method has the advantages of capability of producing a large amount of the high-quality nano microcrystalline film photocatalytic ceramic, high production efficiency, short production time and convenient operation, and can assist in effectively saving the cost and resources.
本发明公开了一种纳米微晶膜光催化陶瓷的生产工艺，包括以下步骤：将瓷砖清洁干净，配置TiO2掺杂体涂敷液，将清洁干净的陶瓷分别放入反应池A和B中，陶瓷竖直放置在反应池A和反应池B中，在反应池A中倒入涂敷液，且涂敷液完全浸没陶瓷，将反应池A内，使反应池A中的涂敷液通过水泵以5～10cm/min流入反应池B中，使反应池B内的陶瓷被涂敷液安全浸没，将反应池A中的陶瓷取出，通过水泵将反应池B中的涂敷液以5～10cm/min的下降速度泵回反应池A中。本发明与现有的技术相比的优点在于：本发明不仅能够生产出大量优质的纳米微晶膜光催化陶瓷，而且生产效率高，生产时间短，操作方便，能够有效的节省成本和资源。
The invention discloses a production process of a nano microcrystalline film photocatalytic ceramic. The production process comprises the following steps of: cleaning ceramic tiles; preparing a TiO2 dopant coating liquid; respectively putting the cleaned ceramic tiles into a reaction tank A and a reaction tank B; vertically putting the ceramic tiles into the reaction tank A and the reaction tank B; pouring the coating liquid into the reaction tank A, enabling the ceramic tiles to be completely immersed in the coating liquid; enabling the coating liquid in the reaction tank A to flow into the reaction tank B through a water pump at the speed of 5-10cm/min; enabling the ceramic tiles in the reaction tank B to be safely immersed by the coating liquid; taking out the ceramic tiles in the reaction tank A; and pumping the coating liquid in the reaction tank B back into the reaction tank A through the water pump at the descending speed of 5-10cm/min. Compared with the prior art, the method has the advantages of capability of producing a large amount of the high-quality nano microcrystalline film photocatalytic ceramic, high production efficiency, short production time and convenient operation, and can assist in effectively saving the cost and resources.
本发明公开了一种纳米微晶膜光催化陶瓷的生产工艺，包括以下步骤：将瓷砖清洁干净，配置TiO2掺杂体涂敷液，将清洁干净的陶瓷分别放入反应池A和B中，陶瓷竖直放置在反应池A和反应池B中，在反应池A中倒入涂敷液，且涂敷液完全浸没陶瓷，将反应池A内，使反应池A中的涂敷液通过水泵以5～10cm/min流入反应池B中，使反应池B内的陶瓷被涂敷液安全浸没，将反应池A中的陶瓷取出，通过水泵将反应池B中的涂敷液以5～10cm/min的下降速度泵回反应池A中。本发明与现有的技术相比的优点在于：本发明不仅能够生产出大量优质的纳米微晶膜光催化陶瓷，而且生产效率高，生产时间短，操作方便，能够有效的节省成本和资源。
Production process of a nano microcrystalline film photocatalytic ceramic
一种纳米微晶膜光催化陶瓷的生产工艺
2021-07-30
Patent
Electronic Resource
Chinese
IPC:
C04B
Kalk
,
LIME
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