In modern construction, concrete is a vital building material. Its transportation and pouring process is directly related to the progress and quality of the project. In order to complete this link efficiently and accurately, concrete pumps came into being and quickly became one of the indispensable equipment on construction sites. So, what is a concrete pump used for exactly?
Efficient & Stability
Flexible & Economic
Safety & Practical
Durable & Environmental
Functions Of Concrete Pumps
To know what a concrete pump is used for, we must first understand what a concrete pump is. As the name suggests, a concrete pump is mainly used for transport concrete from one place to another. It uses the pressure of the pump to continuously or intermittently transport concrete horizontally or vertically along the pipeline to the pouring site, thereby greatly improving construction efficiency and reducing labor costs.
In order to meet the requirements of different engineering characteristics and construction environments, global manufacturers continue to design and produce a variety of concrete pumping equipment, their appearance and characteristics are different, and the application occasions are also different.
Concrete Pumps Used In Large-scale & High-rise Projects
For large-scale construction projects and high-rise concrete delivery, there are multiple pumps modles designed for large-quantity and high-quality concrete material support. With efficient and flexible features, these large-scale concrete pump models become irreplaceable concrete conveying solutions of construction projects.
Concrete Trailer Pumps For Large-scale Projects
| Items | HBT80-16-176R | HBTS90-22-199R | |
| Max.theo.concrete output (L/H) | 80m3/h | 90m3/h | |
| Max.concrete pumping pressure(L/H) | 16MPa | 22MPa | |
| Distribution valve type | S | S | |
| Concrete cylinder diameterรstroke | ฮฆ200/1800mm | ฮฆ200/1600mm | |
| Diesel engine model | Weichai 129kW | Weichai 199kW | |
| The biggest transportation(vertically/Level) | 260/1200m | 300/1200m |
| Items | HBT50-10-92R | HBT60-13-129R |
| Max.theo.concrete output (L/H) | 50m3/h | 60m3/h |
| Max.concrete pumping pressure(L/H) | 10MPa | 13MPa |
| Distribution valve type | S | S |
| Outlet diameter | ะค180mm | ะค180mm |
| Diesel engine model | Yuchai 92KW | Weichai 129KW |
| The biggest transportation(vertically/Level) | 150/600m | 180/1000m |
Concrete Boom Pump For High-rise Projects
| Items | LT5216THB 21 |
| Axle base | 3.8M |
| Max. Speed | <30km/h |
| Engine Mode | Straight 6 Cylinder |
| Hose length | 3M |
| Form | 4 Section Hydraulic Fold |
| Platform Rotation | 360ยฐ |
| Spreading Width | 4.79M |
Concrete Pumps Used For Small Construction Projects
For concrete delivery tasks in small construction projects, mini or small concrete pumps with compact structure and efficient performance continuously supply concrete materials to meet the construction requirements, there are:
Mini Concrete Pumps For Secondary Construction Projects
| Max. theo. concrete output (L./H.) | 8m3/h |
| The biggest transportation Height | 15m |
| The biggest transportation Distance | 60m |
| Diameter of delivering pipe | 100mm |
| Max. aggregate diameter | 20mm |
| Diesel engine Rated power | 40kw |
| Dimensions๏ผlengthรwidthรheight | 2400*900*1270mm |
| Total weight | 980kg |
Small Concrete Trailer Pumps Used In Small Projects
| Items | HBT30-6-52R | HBTS40-10-82R |
| Max.theo.concrete output (L/H) | 30m3/h | 40m3/h |
| Max.concrete pumping pressure(L/H) | 6MPa | 10MPa |
| Concrete cylinder diameterรstroke | ะค200ร500mm | ฮฆ180/1300mm |
| Outlet diameter | ะค150mm | ะค180mm |
| Diesel engine model | Yuchai | Weichai |
| Electrical engineering power | 52kW | 82kW |
| The biggest transportation(vertically/Level) | 100m/300m | 120m/500m |
Small Concrete Mixer Pumps For Small Projects
| Items | JBS30-6-52R | JBS40-10-82R |
| Max.theo.concrete output | 30m3/h | 40m3/h |
| Max.concrete pumping pressure(H./L.) | 6MPa | 10MPa |
| Distribution valve type | S | S |
| Diesel engine model | Yuchai/Weichai | Weichai |
| Diesel engineering power | 52kW | 82R |
| Max. Theoretical Vertical/ Horizontal Conveying Distance | 120/300m | 120/500m |
Concrete Pumps Used In Narrow Terrain And Sites
There are many project sites located in narrow terrains or other hard-to-reach areas. For these special concrete delivery tasks, LUTON GROUP pushes out a series of pump products with flexible pumping solutions and easy working procedures to meet various projects requirements.
Small Concrete Boom Pump
| Items | LTB40R-21 |
| Max.theo.concrete output | 50m3/h |
| Max.concrete pumping pressure | 10MPa |
| Vertical height of boom | 22M |
| Radius of place concrete | 20M |
| Leg open width | 5.5M |
| Diesel engine model | Weichai WP4G110E220 |
| Engine power | 82KW |
Application Scenarios Of Concrete Pumps
The wide application of concrete pumping equipment in various construction occasions is self-evident. From high-rise buildings to large bridges, from tunnel projects to water conservancy projects, to other complex terrains, concrete pumping equipment plays an important role. According to statistics, many large-scale engineering projects around the world currently use concrete pumps for construction. This trend not only reflects the efficiency and flexibility of concrete pumping machines, but also reflects its irreplaceable role in modern construction.
Applications Of Concrete Pumps In High-rise Buildings
In the construction of high-rise buildings, concrete pumps can easily transport concrete to a height of tens or even hundreds of meters.
For example, in the core tube construction and floor pouring of super high-rise office buildings and residential buildings, concrete pumps can efficiently and safely complete the pouring task.
Compared with traditional vertical transportation methods ( such as tower cranes ), concrete pumping equipment has higher safety and efficiency. Tower cranes may be affected by factors such as wind and vibration during vertical transportation, while concrete pumping equipment can maintain a stable conveying process to ensure the quality and stability of concrete.
In addition, concrete pumps can also reduce the risk of high-altitude operations and improve construction safety.
Concrete Pumps Used In Large Bridge Projects
Bridge construction often needs to be carried out on water or complex terrain. Concrete pumps can overcome these obstacles and accurately transport concrete to the pouring point. In the construction of large bridges, especially of cross-sea and cross-river bridges, the pouring tasks are heavy and difficult. And a large amount of concrete pouring needs to be completed in a short tome. At this time, concrete pumps can play their advantages of efficient and continuous transportation.
Take the Three Gorges Dam as an example. The project made full use of concrete pumps to meet the needs of large-scale and high-intensity construction. Compared with traditional transportation methods, concrete pumping equipment can reduce the number and time of transportation and improve construction efficiency.
At the same time, it can also ensure the uniformity and quality of concrete and improve the structural stability of the bridge.
Concrete Pumps For Tunnel Engineering
The tunnel construction environment is narrow, and traditional transportation methods are difficult to use. However concrete pumps can respond flexibly and transport concrete deep into the tunnel through pipelines. In a large tunnel project, tunnel concrete pumps successfully completed concrete pouring and spraying operations with their versatility, small size and strong power.
Compared with traditional transportation methods, concrete pumps can reduce manpower input and transportation costs and improve construction efficiency.
In addition, it can adapt to the complex and changing environment in the tunnel to ensure construction quality and safety.
ย Concrete Pumping Equipment In Water Conservancy Projects
In the construction of water conservancy facilities such as dams and canals, concrete pumps also play an important role. These projects often require a large amount of concrete for pouring, and concrete pumps can quickly and massively deliver concrete to meet construction needs.
For example, the pumping concrete conveyor, which is currently widely used in China and has a relatively high power, can reach a speed of 159m3 per hour. This speed is much higher than traditional transportation methods, greatly improving construction efficiency.
At the same time, concrete pumping equipment can also ensure the uniformity and quality of concrete. Since, they improve the structural stability and safety of water conservancy facilities.
Concrete Pumps Used In Other Complex Terrains
In complex terrains such as mountains and deserts, concrete pumps can also play their unique advantages.
These terrains are often inconvenient for transportation, and traditional transportation methods are difficult to reach the construction sites. Concrete pumps can transport concrete to the designated location through pipelines or boom placers to ensure the smooth progress of construction.
In addition, it can also adapt to various complex terrains and climatic conditions, improving the flexibility and adaptability of construction.
In summary, concrete pumping equipment plays a vital role in modern construction field. It can not only efficiently and quickly transport concrete, improve construction efficiency and quality, but also reduce construction risks and costs. Therefore, in future construction, concrete pumping equipment will continue to play an important role to the prosperity and development of the construction industry.
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