The embedded waterstop is applied in construction to meet the production standards of buildings. It can be manufactured in various styles and sizes to accommodate different positions and dimensions within the structure.
The middle-buried waterstop is a new type of waterproofing material, made by blending chloroprene rubber with various catalysts and fillers. It incorporates steel strips within rubber material, making it a novel waterstop suitable for many large-scale construction projects, especially where high pressure and excessive structural deformation are present. Its waterproofing effectiveness is particularly pronounced in such conditions. Generally, as structural deformation increases, the waterstop may accompany the structural settling, causing its cross-sectional length to elongate and become too thin, surpassing its fatigue deformation time, potentially leading to new leakage gaps.
When using steel edge water stop strips, the steel strips on both sides have strong adhesion with the surrounding reinforced concrete. Additionally, the steel strips and rubber are firmly bonded together. During structural deformation, only the rubber section elongates and thins, whereas it is difficult for new leakage gaps to form between the steel strips and concrete, or between the steel strips and rubber. Therefore, the use of steel edge water stop strips not only enhances the waterproofing function during structural deformation but also provides a crucial quality guarantee for the waterproofing of the entire project.
The embedded waterstop is a type of crucial product used to set waterstop in concrete for settlement joints, deformation joints, etc., which possesses the capability to accommodate the horizontal expansion and contraction deformation of concrete through the elasticity of rubber materials and the structural form. It utilizes the high elasticity and shrinkage resistance of rubber to produce elastic deformation under various loads, thereby ensuring a tightly sealed joint that effectively prevents water leakage and seepage in building structures, while also serving as a shock-absorbing and regulating function, guaranteeing the service life of the project's buildings.
The middle-buried waterstop is crucially used in the long-term settlement joints that must be established during concrete pouring, such as in water channels, tunnel exits, dams, water conveyance aqueducts, underground waterproof joints, airport runways, water storage and wastewater pools, underground structures, and large-scale hydraulic construction projects.
