Concrete Mixer Pump Price

A concrete mixer pump is engineering machinery that integrates the functions of concrete mixing and conveying. It mixes various raw materials into uniform concrete through a mixing device. The concrete is then conveyed to the designated location of the construction site through a conveying pump, greatly improving construction efficiency. Yugong Machinery’s concrete mixing pump has received consistent praise from customers, and customers will repurchase regularly and want to become our agents. Of course, whether you want to be an agent or use it for your project, click here to know the concrete mixer pump price now.【WhatsApp/WeChat/Phone/Skype】+86 136 1385 6800

 

Concrete Mixer Pump Parameter:

Technical parameters
Maximum Theoretical Concrete Mixing M³/h 15
Maximum Theoretical Concrete Output M³/h 30 or 40
Theoretical maximum transmission distance m Vertical 50/Horizontal 200
Distribution Valve Form S valve
Hopper Volume*Height L*mm 600×1080
Pumping Motor Power KW 30 or 45
Winch Motor Power KW 5.5
Hydraulic Oil Form open circuit
Rated Speed rpm 1480
Fuel Tank Capacity L 170
Weight kgs 3500
Concrete Delivery Pressure Mpa 6
Concrete Cylinder Specification*Stroke mm φ180 * 800 or 200 * 800
Spout Diameter mm φ180
Mixing Motor Power KW 8 or 4
Pump Motor Power W 550
Maximum Aggregate Size mm Grait:40MM; Gravel:30MM
Voltage V 380
Dimensions (L * W * H) mm 4200x2100x3300

 

8 Characteristics of Concrete Mixing Pump:

  1. Efficient transportation: Concrete mixing pumps can quickly and continuously transport concrete to every corner of the construction site, greatly improving construction efficiency and reducing the labor intensity of manual handling.
  2. Flexible operation: A variety of vehicle models such as vehicle-mounted, trailer-mounted, and static types are suitable for different construction environments. The boom can be flexibly rotated to achieve multi-angle transportation to meet complex construction needs.
  3. Improve quality: Concrete forced mixing ensures uniform mixing of concrete. Smooth transportation improves the durability of concrete.
  4. Reduce costs: Improve efficiency, shorten the construction period, replace labor, and reduce labor costs.
  5. Environmental protection: Closed operation improves the construction environment. Advanced noise reduction technology reduces noise pollution.
  6. Wide application: Applicable to high-rise buildings, bridges, tunnels, water conservancies, underground projects, etc.
  7. High degree of automation: Adopt advanced hydraulic system and control system, self-diagnosis of faults, easy operation, and high efficiency.
  8. Customized service: Provide customized solutions according to customer needs.

Main Uses of Concrete Mixing Pumps:

  1. High-rise buildings: transport concrete to floors, columns, and other parts of high-rise buildings to improve construction efficiency.
  2. Bridges and tunnels: transport concrete to narrow and difficult-to-reach construction areas in bridges, tunnels, and other projects.
  3. Hydraulic projects: used for concrete pouring in dams, levees, and other hydraulic projects.
  4. Underground projects: transport concrete to underground spaces in basements, subways, and other projects.
  5. Other projects: suitable for various projects that require large-scale concrete pouring, such as roads, airports, ports, etc.

 

Information You Need to Know About Concrete Mixer Pumps:

Conditions at the construction site are crucial to choosing a concrete mixer pump. To provide you with more precise advice, please describe the specific conditions of the construction site in detail, such as:

  1. Site size: Is the construction site spacious? Is there enough space to place the mixer pump?
  2. Topography: Is the construction site flat? Is there a slope or height difference?
  3. Surrounding environment: Are there any obstacles such as buildings and trees around the construction site?
  4. Power supply: Is the power supply at the construction site stable?
  5. Road conditions: Is the road leading to the construction site flat and spacious?
  6. Construction height: How high does the concrete need to be transported?
  7. Transportation distance: How far does the concrete need to be transported?
  8. Construction environment: What are the climatic conditions at the construction site? Is there extreme weather such as high temperature, low temperature, or heavy rain?

The Impact of Different Construction Conditions on the Selection of Mixer Pumps

  • Small site: Suitable for small and flexible mixer pumps, such as trailer pumps or vehicle-mounted pumps.
  • Complex terrain: It is necessary to choose a mixer pump with a long boom that can operate at multiple angles.
  • High-altitude operation: You need to choose a mixing pump with a strong pumping capacity capable of transporting to high altitudes.
  • Long-distance transportation: You need to choose a mixing pump with a complete pipeline system and high transportation efficiency.
  • Harsh environment: You need to choose a mixing pump with strong weather resistance and high reliability.

How to Choose a Suitable Concrete Mixer Pump?

  1. Project scale: Choose the appropriate mixing capacity according to the scale of the project and the amount of concrete used.
  2. Construction environment: Consider the space, terrain, and other factors of the construction site to choose the appropriate model.
  3. Conveying distance: Choose a suitable conveying pump according to the conveying distance.
  4. Budget: Determine the type of pump truck that can be purchased according to the budget.
  5. After-sales service: Choosing a manufacturer with perfect after-sales service can provide a guarantee for future use. For example, Yugong Machinery has a complete after-sales service team to help you solve problems.

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