Many people don't know much about the subsidence grouting operation of Baisha building, and here is an introduction related to this prepared for you, and interested family and friends can read and collect it.
Baisha building subsidence grouting treatment operation is a commonly used engineering reinforcement technology, which can effectively solve the problem of building subsidence. It is widely used in the reinforcement of various buildings, including houses, bridges, subway tunnels, etc. The following will analyze its construction technology and development trend.
First, the construction process.
1. Preparation: First of all, conduct a detailed survey and measurement of the building to determine the subsidence and grouting point. Then clean up the construction site to ensure that the construction area is free of debris.
2.Drilling: According to the pre-designed plan, the drilling rig is used to drill the hole, and the drilling position and hole diameter are arranged according to the design requirements.
3.Determine the grouting material: select the appropriate grouting material according to the engineering situation and design requirements, such as graded diffusion cement, non-shrinkage fairy glue, etc.
4.Grouting construction: The grouting material is sent into the borehole through the pipe, starting from the bottom of the hole, and gradually pumping out the pipe to make the grouting material fill the borehole hole.
5.Grouting curing: After the grouting material is fully filled, wait for a certain amount of time for it to solidify, forming a solid that binds to the soil.
6.Post-processing: trim the cured drilled holes according to the actual situation, such as grinding, painting, etc., to ensure the quality of the project.
Second, it is widely used.
The reasons why Baisha building sinking grouting treatment operation is widely used in the field of building reinforcement are mainly as follows:
1. Significant effect: grouting treatment can resist the subsidence of the building, improve the stability and safety of the building, and prevent three-dimensional settlement.
2.High strength: After reasonable selection of grouting materials and construction and solidification, it can form a solid combined with the soil, with high strength and stability.
3.Strong durability: A suitable grouting material has the characteristics of strong durability and can be used for a long time under different environmental conditions with less repair and maintenance.
4.Short construction period: Compared with the traditional foundation treatment method, the subsidence grouting treatment operation of Baisha building has the advantages of short construction period and fast construction period, which reduces the cost of project time.
Third, the development trend.
With the continuous development of construction projects and the increase in demand, the development of sinking grouting treatment operations in Baisha buildings also shows the following trends:
1. Continuous improvement of technology: The research and development of grouting technology and materials will pay more attention to the improvement of material properties and the innovation of construction technology, so as to improve the quality and efficiency of the project.
2.Diversified applications: Grouting treatment operations will be widely used in different fields and projects to meet the needs of different projects, such as civil construction, road engineering, railway tunnels, etc.
3.Environmental sustainability: Choose environmentally friendly and sustainable grouting materials to reduce environmental pollution and waste of resources, which is in line with the development direction of contemporary engineering construction.
4.Intelligent construction: Combining digital technology and automation equipment, the intelligent and automated grouting construction is realized, and the construction efficiency and project quality are improved.
The subsidence grouting operation of Baisha building has been widely used in engineering reinforcement, and the problem of building subsidence can be effectively solved through reasonable construction technology and selection of appropriate grouting materials. Its development trend is mainly reflected in technological improvement, diversified application, environmental sustainability and intelligent construction.