Concrete mixing pump has become an indispensable and efficient equipment in modern building construction by virtue of its unique design that integrates mixing and conveying functions into one. When it is working, the power system drives the mixing and conveying devices, and the rotating blades of the mixing part make the raw materials such as cement, sand, gravel, and water fully intermingle to ensure the uniform and stable quality of concrete; the conveying part drives the piston with the help of the hydraulic system to precisely and efficiently deliver the concrete to the designated position through the pipeline, realizing the integrated operation from raw material mixing to pouring. With such excellent performance, it has a wide range of application scenarios in many fields.

Construction field

In the field of civil construction, whether it is the construction of multi-storey houses, high-rise apartments or villas, concrete mixing pumps play a key role. In the stage of foundation construction, it can quickly deliver concrete to the foundation pouring point, efficiently complete the pile foundation, ground beams and other structural concrete pouring work, to ensure the stability of the foundation; in the process of the main construction, it can flexibly deliver concrete to different floors, to meet the demand for pouring of walls, floor slabs and other parts of the building, which greatly improves the construction efficiency. Taking high-rise residential construction as an example, traditional construction methods may require a lot of manpower and time for concrete transportation and pouring, while concrete mixing with pumps are able to realize continuous operation, reduce construction intervals and shorten the construction period.

In commercial and public buildings, such as shopping malls, office buildings, gymnasiums, hospitals, schools and other large-scale construction projects, the demand for concrete is large and the pouring process is demanding. The concrete mixing pump can precisely control the delivery volume and pouring speed of concrete according to the construction characteristics of different building parts. When pouring large floor slabs in large shopping malls, the concrete can be spread quickly and evenly; in the pouring of tall columns in gymnasiums, the density and quality of concrete can be guaranteed to ensure the safety and durability of the building structure.

The field of transportation engineering

In highway construction, concrete mixing pumps are often used in the construction of pavement base layer and surface layer. In the construction of pavement grass-roots level, it can transport the mixed cement stabilized gravel and other grass-roots materials to the designated location for even paving and compaction, laying a solid foundation for the construction of pavement surface layer; in the construction of pavement surface layer, especially for the pouring of concrete pavement, it can accurately transport the concrete to the pavement template according to the design requirements, and realize the rapid pouring of large-area pavement through continuous operation to ensure that pavement Leveling and strength. In addition, in the construction of highway bridges, from the pouring of piers and abutments to the concrete construction of the bridge superstructure, the concrete mixer pump can efficiently complete the concrete delivery task to ensure the smooth progress of bridge construction.

Railroad construction is also inseparable from the concrete mixer pump. In the railroad roadbed construction, it is used for concrete pouring on the surface layer of the roadbed bed to ensure the bearing capacity of the roadbed; in the construction of railroad bridges and tunnels, it plays an important role. In the concrete pouring process of bridge piers and girders, it can accurately control the concrete pouring speed and height to ensure the quality of the bridge structure; in tunnel construction, whether it is the tunnel arch, side walls or the top of the arch of the concrete pouring, concrete mixing pumps can be transported to all parts of the tunnel interior, to meet the needs of the tunnel lining construction, to improve the efficiency and safety of tunnel construction.

Water conservancy and hydropower engineering field

In the field of water conservancy and hydropower engineering, the construction of dams, locks and other large-scale hydraulic buildings requires high performance and quality of concrete pouring. Concrete mixing pumps can promptly deliver the mixed high-performance concrete to the dam pouring silo at the construction site, and ensure the integrity and compactness of the dam concrete through reasonable pouring sequence and layered pouring process, so as to improve the seepage resistance and durability of the dam. In the construction of sluice gates, concrete can be accurately delivered to the bottom plate of the gate chamber, gate pier and other parts to ensure the stability of the sluice gate structure and water stopping effect. In addition, in small water conservancy projects such as channels, cisterns in the construction, concrete mixing pumps can also rely on its flexible and efficient features, quickly complete the concrete pouring work, to accelerate the construction progress.

The field of municipal engineering

In urban municipal engineering construction, concrete mixing pump is widely used. In the construction of urban roads, in addition to road construction, it is also commonly used in road ancillary facilities such as sidewalks, curbstone concrete pouring; in the construction of underground comprehensive pipeline corridor, the concrete can be transported to the inside of the pipeline corridor to complete the pipeline corridor bottom plate, side walls and roof pouring, to realize the rapid construction of the pipeline corridor; in the construction of urban bridges and overpasses, it is necessary to meet the demand for different structural parts of the concrete pouring to ensure the construction quality and traffic safety of the bridges. In the construction of urban bridges and overpasses, it meets the needs of concrete pouring in different structural parts to ensure the construction quality and safety of bridges. In addition, in the construction of urban squares, parks and other landscape projects, concrete mixing pumps can also be used in the construction of square floors, landscape vignettes and other concrete structures, adding beautiful and practical public space for the city.

Other Engineering Fields

In the mining project, concrete mixing pump can be used in mining tunnel support, mine warehouse construction and other projects, the concrete will be transported to the construction parts of the mine underground, to protect the construction safety and progress of the mining project; in the construction of port terminal project, it is used in the construction of wharf foundation, breakwater, trestle bridge and other concrete structures, adapting to the complex construction environment at sea, and completing the task of pouring concrete with high efficiency; in the construction of airport runways In the construction of airport runway, the requirements for the flatness and strength of concrete are extremely strict, and the concrete mixer pump can accurately control the conveying and pouring of concrete to ensure that the construction quality of the airport runway meets the standards, and provide a guarantee for the safe takeoff and landing of airplanes.

In summary, the concrete mixing pump with its high efficiency, flexibility, accuracy, in construction, transportation, water conservancy and hydropower, municipal and many other engineering fields play a vital role, greatly promoting the development of various types of engineering construction, is an important equipment indispensable to modern engineering construction.