A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Building house interior wall painting method based on environmental protection
The invention discloses a building house interior wall painting method based on environmental protection. According to the technical scheme, the building house interior wall painting method is characterized by comprising the following steps that S1, finishing and filling-in are conducted, specifically, a painting layer in a building house is completely shoveled out to expose a brick layer, the surface of a wall body is treated to be flat, the flatness of the wall surface is controlled to be within 3 mm, and uneven pits and ridge-lacking and corner-falling parts are filled in with a filling agent according to the ratio of 1:3; S2, a bottom layer is smeared, specifically, a layer of putty powder with the thickness of 2-4 mm is smeared on the surface of the wall body after finishing, and airing is carried out; S3, interface agent smearing is conducted, specifically, an interface agent is smeared on the wall surface, and then the interface agent is dried to be dry through a hot-air blower; S4, fireproof coating smearing is carried out, specifically, the surface of the dried interface agent is smeared with a layer of fireproof coating with the thickness of 4-6 mm, and airing is carried out; S5, an adhesive is smeared; and S6, latex finish paint is smeared. According to the building house interior wall painting method based on environmental protection, the wall surface of the obtained interior wall is not prone to falling off, and the interior wall is environmentally friendly, good in flatness, good in fire resistance and safe.
本发明公开了一种基于环保的建筑房屋内墙粉刷方法，其技术方案要点是：包括以下步骤：S1、修整补平：将建筑房屋内的粉刷层全部铲除露出砖块层，将墙体表面处理平整，墙面平整度控制在3mm以内，对坑凹不平、缺楞掉角部位用1∶3的填补剂补平；S2、涂抹底层：在修整后的墙体表面涂抹一层2‑4mm的腻子粉并晾干；S3、界面剂涂抹：将界面剂涂刷在墙面上，之后采用热风机将界面剂烘干至干燥；S4、耐火涂料涂抹：在干燥的界面剂表面涂抹一层厚度未4‑6mm的耐火涂料并晾干；S5、粘合剂涂抹；S6、乳胶面漆涂抹；本基于环保的建筑房屋内墙粉刷方法刷得得内墙墙面不容易脱落，较为环保，且平整度好、耐火性能好，较为安全。
Building house interior wall painting method based on environmental protection
The invention discloses a building house interior wall painting method based on environmental protection. According to the technical scheme, the building house interior wall painting method is characterized by comprising the following steps that S1, finishing and filling-in are conducted, specifically, a painting layer in a building house is completely shoveled out to expose a brick layer, the surface of a wall body is treated to be flat, the flatness of the wall surface is controlled to be within 3 mm, and uneven pits and ridge-lacking and corner-falling parts are filled in with a filling agent according to the ratio of 1:3; S2, a bottom layer is smeared, specifically, a layer of putty powder with the thickness of 2-4 mm is smeared on the surface of the wall body after finishing, and airing is carried out; S3, interface agent smearing is conducted, specifically, an interface agent is smeared on the wall surface, and then the interface agent is dried to be dry through a hot-air blower; S4, fireproof coating smearing is carried out, specifically, the surface of the dried interface agent is smeared with a layer of fireproof coating with the thickness of 4-6 mm, and airing is carried out; S5, an adhesive is smeared; and S6, latex finish paint is smeared. According to the building house interior wall painting method based on environmental protection, the wall surface of the obtained interior wall is not prone to falling off, and the interior wall is environmentally friendly, good in flatness, good in fire resistance and safe.
本发明公开了一种基于环保的建筑房屋内墙粉刷方法，其技术方案要点是：包括以下步骤：S1、修整补平：将建筑房屋内的粉刷层全部铲除露出砖块层，将墙体表面处理平整，墙面平整度控制在3mm以内，对坑凹不平、缺楞掉角部位用1∶3的填补剂补平；S2、涂抹底层：在修整后的墙体表面涂抹一层2‑4mm的腻子粉并晾干；S3、界面剂涂抹：将界面剂涂刷在墙面上，之后采用热风机将界面剂烘干至干燥；S4、耐火涂料涂抹：在干燥的界面剂表面涂抹一层厚度未4‑6mm的耐火涂料并晾干；S5、粘合剂涂抹；S6、乳胶面漆涂抹；本基于环保的建筑房屋内墙粉刷方法刷得得内墙墙面不容易脱落，较为环保，且平整度好、耐火性能好，较为安全。
Building house interior wall painting method based on environmental protection
一种基于环保的建筑房屋内墙粉刷方法
JIANG YINGYING (author) / CHEN HONGDA (author)
2021-10-12
Patent
Electronic Resource
Chinese
| European Patent Office | 2024