Performance Parameters To Consider When Choosing Concrete Mixing Pump
Concrete mixer pump is a combination of concrete mixer and concrete transfer pump, which can mix, transfer and pump concrete in one equipment. Concrete mixing pump mainly consists of concrete mixing system, concrete conveying system and hydraulic system.
Concrete mixing pump is widely used in various projects such as housing construction, highway, bridge, tunnel, water conservancy project, etc. Its use can greatly improve the efficiency and quality of project construction and reduce the cost of manpower and material resources.
When we buy concrete, what factors should we consider?
The following are a few aspects that need to be noted when considering the performance parameters of concrete mixing pump:
Flow rate: Flow rate refers to the amount of concrete conveyed in the mixer pump per unit of time, and is generally expressed in liters/minute or cubic meters/hour. The size of the flow rate depends on various factors such as the viscosity of the concrete, pumping pressure, diameter of the discharge port, etc. A large flow rate of the concrete mixing pump can improve the efficiency, but in practice it is necessary to choose the appropriate flow rate according to the project needs.
Pressure: Pressure is the pressure of concrete in the mixing pump, generally expressed in MPa or bar. Concrete conveying needs to overcome the effect of resistance and gravity, the higher the pressure, the farther the distance of concrete conveying. However, too high or too low pressure will affect the concrete conveying effect, so you need to choose the proper pressure according to the actual demand.
Power: Power refers to the power of the driving motor of the concrete mixer pump, which is generally expressed in kilowatts. The higher the power, the better the concrete conveying capacity. But too much power will lead to an increase in electricity and maintenance costs, so you need to choose the appropriate power according to the actual demand.
Maximum conveying distance: The maximum conveying distance refers to the farthest distance that the concrete mixer pump can convey concrete. Different models of concrete mixer pumps have different maximum conveying distances, so you need to choose the appropriate model according to the actual demand.
Maximum conveying height: The maximum conveying height is the highest height that the concrete mixer pump can convey concrete. It is also necessary to choose the appropriate model according to the actual demand.
Maximum aggregate size: The maximum aggregate size refers to the maximum aggregate size that can be conveyed by the concrete mixer pump. Different models of concrete mixer pumps have different maximum aggregate size, so you need to choose the appropriate model according to the actual demand.
Operation performance: Operation performance refers to the difficulty and convenience of the operation of the concrete mixer pump. Some concrete mixer pumps have the advantages of high automation and intelligence, which makes the operation easier and more efficient.
These are a few aspects that need to be noted when considering the performance parameters of concrete mixer pumps, but different use scenarios and specific needs may also vary, so these factors need to be taken into account when selecting a concrete mixer pump.
In addition to the performance parameters mentioned above, there are some other performance parameters that need to be considered, such as the length, diameter and material of the concrete conveying pipes, the number of tires on the pump, and the overall size and weight of the truck-mounted concrete mixer pump. These factors will also have an impact on the performance of the concrete mixer pump.
When choosing a concrete mixer pump you should make a reasonable selection and configuration according to the project needs and the actual situation, combined with professional technical guidance and advice.
ZOOMJO has been committed to producing high quality concrete mixing equipment and focusing on customer demand-oriented development and production, which has enabled its products to be widely used in various construction projects.