A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Waterproof coating defoaming method based on water-gas isolation and building waterproof system
The invention discloses a waterproof coating defoaming method based on water-gas isolation. The waterproof coating defoaming method comprises the following steps that step 1, a base layer is pretreated; step 2, an adhesive is laid on the surface of the base layer to form an adhesive layer; step 3, a separator is laid on the surface of the bonding layer to form a defoaming layer; and step 4, waterproof paint is laid on the surface of the defoaming layer to form a first waterproof layer. The waterproof coating defoaming method based on water-gas isolation has the beneficial effects that when the high-temperature waterproof coating is laid, the defoaming layer prevents moisture in the base layer from entering the waterproof layer, almost no penetrating bubbles are generated in the waterproof layer, the defoaming rate reaches 90%-100%, and the bonding layer ensures that the bonding strength and integrity of the defoaming layer and the base layer are good, so that the waterproof and anti-corrosion performance of the first waterproof layer is ensured; the waterproof coating defoaming method is suitable for various loose-structure base layers and is wide in application range; and the defoaming layer can enhance the structural strength between the first waterproof layer and the bonding layer.
本发明公开了一种基于水气隔离的防水涂料消泡方法，包括步骤1：基层预处理；步骤2：在基层的表面铺设粘接剂，形成粘接层；步骤3：在粘接层的表面铺设隔离件，形成消泡层；步骤4：在消泡层的表面铺设防水涂料，形成第一防水层。本发明取得的有益效果：在铺设高温的防水涂料时，消泡层阻断基层中的水气进入防水层内，防水层内几乎无贯穿气泡产生，消泡率达90‑100％，且粘接层保证消泡层与基层粘接强度，整体性好，保证第一防水层的防水防腐性能；适用于各种疏松结构的基层，适用范围广；消泡层能增强第一防水层与粘接层之间的结构强度。
Waterproof coating defoaming method based on water-gas isolation and building waterproof system
The invention discloses a waterproof coating defoaming method based on water-gas isolation. The waterproof coating defoaming method comprises the following steps that step 1, a base layer is pretreated; step 2, an adhesive is laid on the surface of the base layer to form an adhesive layer; step 3, a separator is laid on the surface of the bonding layer to form a defoaming layer; and step 4, waterproof paint is laid on the surface of the defoaming layer to form a first waterproof layer. The waterproof coating defoaming method based on water-gas isolation has the beneficial effects that when the high-temperature waterproof coating is laid, the defoaming layer prevents moisture in the base layer from entering the waterproof layer, almost no penetrating bubbles are generated in the waterproof layer, the defoaming rate reaches 90%-100%, and the bonding layer ensures that the bonding strength and integrity of the defoaming layer and the base layer are good, so that the waterproof and anti-corrosion performance of the first waterproof layer is ensured; the waterproof coating defoaming method is suitable for various loose-structure base layers and is wide in application range; and the defoaming layer can enhance the structural strength between the first waterproof layer and the bonding layer.
本发明公开了一种基于水气隔离的防水涂料消泡方法，包括步骤1：基层预处理；步骤2：在基层的表面铺设粘接剂，形成粘接层；步骤3：在粘接层的表面铺设隔离件，形成消泡层；步骤4：在消泡层的表面铺设防水涂料，形成第一防水层。本发明取得的有益效果：在铺设高温的防水涂料时，消泡层阻断基层中的水气进入防水层内，防水层内几乎无贯穿气泡产生，消泡率达90‑100％，且粘接层保证消泡层与基层粘接强度，整体性好，保证第一防水层的防水防腐性能；适用于各种疏松结构的基层，适用范围广；消泡层能增强第一防水层与粘接层之间的结构强度。
Waterproof coating defoaming method based on water-gas isolation and building waterproof system
一种基于水气隔离的防水涂料消泡方法及建筑防水系统
ZOU XIANHUA (author) / TONG QIUQIN (author) / ZHANG QIANG (author)
2022-01-07
Patent
Electronic Resource
Chinese
WATERPROOF COATING DEFOAMING METHOD BASED ON WATER-GAS SEPARATION AND BUILDING WATERPROOFING SYSTEM
| European Patent Office | 2023
HOT MELT ADHESIVE FILM-BASED WATERPROOF COATING DEFOAMING METHOD AND BUILDING WATERPROOFING SYSTEM
| European Patent Office | 2023
Waterproof coating brushing method for building waterproof construction
| European Patent Office | 2021
| European Patent Office | 2015
| European Patent Office | 2022