Concrete Mixer Pump
Mix and Pump Concrete with One Machine
A concrete mixer pump is an integrated construction machine that combines a concrete mixer and a concrete pumping system.
Instead of using separate machines for mixing and transporting concrete, a concrete mixer pump allows operators to prepare concrete and deliver it to the placement area through pipelines.
This integrated design is especially useful for small and medium-sized construction projects where labor efficiency, equipment investment and site space are important considerations.
Why Use a Concrete Mixer Pump?
- Save Labor: Reduce manual concrete transportation and handling.
- Improve Efficiency: Combine concrete mixing and pumping in one continuous workflow.
- Reduce Equipment Requirements: No need to purchase separate mixing and pumping machines for suitable projects.
- Flexible Construction: Suitable for residential buildings, foundations, columns and floor slabs.
- Convenient Transportation: Trailer-mounted designs can be moved between construction sites.
One Machine. Two Functions. More Efficient Concrete Construction.
Concrete Mixer Pump Types
Diesel & Electric Concrete Mixer Pumps for Sale
We offer concrete mixer pumps with different power configurations to meet the requirements of various construction sites.
Diesel Concrete Mixer Pump
A diesel concrete mixer pump is an excellent option for projects in remote areas or locations without a reliable electricity supply.
Key Benefits:
- Independent operation without external grid electricity
- Suitable for rural and remote construction projects
- Flexible deployment between construction sites
- Integrated concrete mixing and pumping functions
- Practical for residential and infrastructure construction
Recommended Applications: House construction, rural buildings, foundations and construction projects with limited electricity access.
Electric Concrete Mixer Pump
An electric concrete mixer pump is suitable for construction sites with stable power availability.
Key Benefits:
- No diesel fuel consumption during electric operation
- Lower operating noise than many diesel-powered alternatives
- Reduced routine engine maintenance requirements
- Integrated concrete mixing and pumping
- Suitable for regular construction operations
Recommended Applications: Residential construction, commercial building projects and construction sites with reliable electricity.
Concrete Mixer Pump Price
The price of a concrete mixer pump depends on the power source, pumping capacity, engine or motor specifications and equipment configuration.
Diesel and electric concrete mixer pumps have different initial investment and operating cost considerations.
What Affects Concrete Mixer Pump Price?
1. Diesel or Electric Power
Diesel models are suitable for construction sites without reliable electricity, while electric models may offer lower energy and maintenance costs where electricity is readily available.
2. Concrete Pumping Capacity
Different projects require different concrete output rates. Selecting a suitable capacity helps avoid unnecessary equipment investment.
3. Pumping Distance and Pressure
Longer pumping distances and greater vertical heights may require higher-pressure pumping configurations.
4. Engine, Motor and Hydraulic System
The specifications and brands of key components can influence equipment performance and price.
5. Shipping and Destination Country
Freight charges, destination port, import duties and local delivery costs can affect the total purchase cost.
Specifications
Diesel Concrete Mixer Pump
| Parameter | DJBT30.08.76 (Diesel Mixer Pump) | DJBT40.10.82 (Diesel Mixer Pump) | DJBT50.10.88 (Diesel Mixer Pump) | DJBT50.11.88 (Diesel Mixer Pump) |
|---|---|---|---|---|
| Main Hydraulic Pump (mlr) | Kawasaki 112 | Kawasaki 112 | Kawasaki 140 | Kawasaki 140 |
| Delivery Cylinder (mm) | Wuxi 180×800 | Wuxi 180×800 | Wuxi 180×1000 | Wuxi 200×1000 |
| Hydraulic Oil Cylinder (mm) | Changsha 90×800 | Changsha 100×800 | Changsha 100×1000 | Changsha 110×1000 |
| Engine | Weifang Huadong Diesel Engine | Weifang Huadong Diesel Engine | Weifang Huadong Diesel Engine | Weifang Huadong Diesel Engine |
| Hydraulic Valve Group | Jining Taifeng | Jining Taifeng | Jining Taifeng | Jining Taifeng |
| PLC System | Omron / Siemens | Omron / Siemens | Omron / Siemens | Omron / Siemens |
| Electrical Components | Schneider / LS | Schneider / LS | Schneider / LS | Schneider / LS |
| Hydraulic Hoses | Mannesmann / Sino-US Joint Venture | Mannesmann / Sino-US Joint Venture | Mannesmann / Sino-US Joint Venture | Mannesmann / Sino-US Joint Venture |
| Concrete Output (m³/h) | 35 | 38 | 43 | 45 |
| Pumping Height / Distance (m) | 50 / 200 | 60 / 250 | 60 / 250 | 80 / 300 |
| Outlet Pressure (MPa) | 8 | 10 | 10 | 11 |
| Rated Speed (rpm) | 1800 | 1800 | 1800 | 2200 |
| Max Aggregate Size (mm) | 35 | 35 | 35 | 35 |
| Hopper Capacity & Loading Height (m³/mm) | 0.5 × 1100 | 0.5 × 1100 | 0.5 × 1100 | 0.5 × 1100 |
| Pipe Diameter (mm) | Ø125 | Ø125 | Ø125 | Ø125 |
| Concrete Slump (mm) | 160–220 | |||
| Container Size (Integral) (mm) | 4500 × 2100 × 2300 | |||
| Container Size (Split) (mm) | 5600 × 2100 × 2300 | |||
| Total Weight (kg) | 5200 | 5300 | 5400 | 5500 |
| Mixer Model (L) | 450 | 450 | 450 | 450 |
| Shipping | 20ft Container | 20ft Container | 20ft Container | 20ft Container |
Electric Concrete Mixer Pump
| Item | Unit | Parameters (JBS40-10-45) |
|---|---|---|
| Max. Theoretical Concrete Output | m³/h | 40 |
| Feeding Capacity (Mixer) | L | 500 |
| Discharging Capacity (Mixer) | L | 450 |
| Max. Concrete Pumping Pressure | MPa | 10 |
| Distribution Valve Type | – | S Tube Valve |
| Concrete Cylinder (Diameter × Stroke) | mm | Ø180 × 1000 |
| Hopper Capacity | L | 550 |
| Outlet Diameter | mm | Ø150 |
| Power System | ||
| Winding Motor Power | kW | 5.5 |
| Mixing Motor Power | kW | 4.5 |
| Water Pump Motor Power | kW | 0.55 |
| Total Rated Power | kW | 45 |
| Rated Speed | r/min | 1480 |
| Hydraulic System | ||
| Circuit Type | – | Open Loop System |
| Pumping System Pressure | MPa | 28 |
| Mixing System Pressure | MPa | 6–8 |
| Hydraulic Oil Tank Capacity | L | 370 |
| Max. Delivery Distance (Vertical / Horizontal) | m | 120 / 500 |
| Other Parameters | ||
| Max. Aggregate Size | mm | Stone: 40–50 |
| Concrete Delivery Pipe Diameter | mm | Ø125 |
| Overall Dimensions (L × W × H) | mm | 4200 × 2300 × 3150 |
| Total Weight | kg | 4500 |
Our concrete mixer pumps are designed for different construction requirements, including concrete output, pumping pressure, aggregate size and operating conditions.
Choosing the right model can help improve construction efficiency and control equipment investment.
Key Specifications to Consider
- Theoretical Pumping Capacity: Determines the maximum rated concrete delivery volume per hour.
- Maximum Pumping Pressure: An important factor affecting concrete delivery through pipelines.
- Horizontal Pumping Distance: Depends on pump pressure, pipeline layout and concrete mix.
- Vertical Pumping Height: Important for multi-story building construction.
- Maximum Aggregate Size: Must be compatible with the pumping system and pipeline diameter.
- Power Source: Diesel engine or electric motor.
- Mixer Capacity: Determines the volume of concrete mixed per batch.
Main Components
A concrete mixer pump combines several key systems to complete concrete mixing and pumping operations.
1. Concrete Mixing System
The mixing system combines cement, aggregates, water and other materials according to the required concrete mix design.
2. Concrete Pumping System
The pumping system delivers freshly mixed concrete through pipelines to the required placement location.
3. Hydraulic System
The hydraulic system provides the driving force for the concrete pumping mechanism.
4. Power System
Diesel engines or electric motors supply the power required for mixing and pumping operations.
5. Control System
The control system allows operators to manage concrete mixing and pumping functions.
6. Trailer and Support Structure
The trailer-mounted structure supports transportation, positioning and stable equipment setup on suitable construction sites.
Features & Advantages
1. 2-in-1 Mixing and Pumping Solution
Combining concrete mixing and pumping in one machine reduces the need for separate equipment and simplifies construction operations.
2. Reduce Manual Labor
Concrete is delivered through pipelines, reducing the amount of manual handling required between the mixing point and placement area.
3. Improve Construction Efficiency
Integrated mixing and pumping help contractors organize concrete placement more efficiently and reduce interruptions caused by manual transportation.
4. Suitable for Limited Construction Space
The compact, integrated design makes concrete mixer pumps practical for many residential and small construction sites.
5. Flexible Power Options
Choose diesel or electric power according to the availability of electricity and local operating conditions.
6. Convenient Transportation
Trailer-mounted designs allow equipment to be transported between suitable construction sites.
7. Easy Operation and Maintenance
Practical controls and accessible maintenance points help operators manage routine operation, inspection and servicing.
8. Factory-Direct Supply and Technical Support
We provide equipment recommendations, export arrangements and technical guidance based on customer requirements.
Applications
Concrete mixer pumps are widely used in construction projects that require on-site concrete mixing and efficient placement.
- Residential House Construction
Suitable for concrete foundations, columns, beams and floor slabs in low-rise residential buildings.
2. Rural Construction Projects
A practical solution for rural houses and construction sites where separate concrete mixing and pumping equipment may be inconvenient.
3. Small Commercial Buildings
Support concrete placement for shops, warehouses and other small commercial construction projects.
4. Foundations and Ground Slabs
Pump concrete directly to the required placement area, reducing manual transportation.
5. Roadside and Small Infrastructure Projects
Suitable for selected drainage, pavement and infrastructure works where the concrete mix and required pumping performance are compatible with the equipment.
Cases
Concrete Mixer Pump Case – Jamaica
Concrete Mixer Pump Case – Ghana
FAQ
Q1: How much does a concrete mixer pump cost?
The price depends on the power source, pumping capacity, engine or motor specifications and equipment configuration. Contact us with your project requirements for a detailed quotation.
Q2: What is the difference between a concrete mixer pump and a trailer concrete pump?
A concrete mixer pump combines concrete mixing and pumping in one machine. A trailer concrete pump primarily pumps concrete supplied by an external mixer or batching plant.
Q3: Is a diesel or electric concrete mixer pump better?
A diesel mixer pump is suitable for remote construction sites without reliable electricity. An electric mixer pump can be a practical option for sites with stable power availability. The best choice depends on local operating conditions.
Q4: Can a concrete mixer pump be used for house construction?
Yes. Concrete mixer pumps are commonly used for foundations, columns, beams and floor slabs in residential construction, provided the model is suitable for the project.
Q5: How far can a concrete mixer pump pump concrete?
Pumping distance depends on the pump model, pumping pressure, pipeline layout, concrete mix design and aggregate size. Please provide your required horizontal distance and vertical height for equipment selection.
Q6: Can a concrete mixer pump handle different concrete mixes?
Concrete mixer pumps can handle suitable pumpable concrete mixes within the equipment’s technical limits. Aggregate size, workability and mix proportions should be checked before operation.
Q7: What information do I need to get a quotation?
Please provide your destination country, construction application, required pumping distance, preferred power source and expected concrete output.
Q8: Do you provide spare parts and after-sales support?
Spare parts availability, technical guidance and after-sales service options can be confirmed according to the selected model and supply agreement.
