What Is Concrete Pump

A concrete pump is a machine that utilizes pressure to continuously transport liquid concrete along a pipe. It is a very efficient and reliable method of pouring concrete.

Using Condition

And it is often used for large construction projects where large quantities of concrete are required, or where it is difficult to access the pouring site using traditional methods such as wheelbarrows or dump trucks.

In fact, there are two ways of concrete pumping, in contrast, the manual pouring of concrete is cheaper than the purchase of concrete pumps, and there is no shortage of customers who choose the latter because of cost issues, here we have an in-depth analysis of the two ways, you can make the most correct choice according to their own situation.

Is Concrete Pumping Better Than Pouring?

Whether or not concrete pumping is superior to traditional pouring methods depends largely on the specific requirements and constraints of the construction project. Each method has its advantages and disadvantages, and the best choice will vary depending on factors such as project size, budget, site accessibility and concrete volume. Concrete pumping methods are preferred over traditional pouring methods, and here’s why:

Concrete Pumping
Traditional Pouring

Advantages of Concrete Pumping

Accessibility and coverage: Concrete pumping is ideal for hard-to-access sites or projects that require concrete to be placed at a higher height or farther away from the mixer location. The pump can reach remote locations, pass through tight spaces, and deliver concrete exactly where it’s needed.
Speed and Efficiency: Pumping concrete can significantly reduce the time required to transport and place concrete. This can be a critical factor on larger projects or where concrete setting time needs to be considered.
Reduced labor: Using a pump typically requires less labor than traditional pouring methods, which may require the use of wheelbarrows or buckets to transport and pour concrete manually. Reducing labor can save costs and reduce the likelihood of workplace injuries.
Improved quality: Pumping allows for more consistent concrete placement, reducing air pockets and segregation. This improves the structural integrity and surface finish of the concrete.
Versatility: The pumps can handle various types of concrete, including high-performance and lightweight concrete, making them suitable for a variety of projects.

Advantages of traditional pouring

Cost-Effectiveness for Small Projects: For smaller projects or when budgets are tight, traditional pouring methods may be more cost-effective due to lower upfront equipment costs.
Simplicity: Where the logistical setup of a pump may complicate operations, traditional pouring can be simpler to perform, requiring less expertise or preparation.
Minimal Setup Required: Traditional methods eliminate the need to set up and tear down pumping equipment, which is a huge benefit on very constrained or quick turnaround projects.

Concrete Pumping

Concrete Pouring

So what, you need to consider the specific needs of the project including size, budget, site layout and time constraints before making a decision. In many cases, the benefits of concrete pumping (especially for large, complex or difficult-to-access projects) outweigh traditional methods, making it the preferred choice for contractors and construction companies.

The following is a fascinating look at concrete pumping equipment! Let’s start by finding out what concrete pumps are available to you.

What Type Of Pump Is Used For Concrete

For conveying concrete from one location to another, especially in construction sites, three primary types of concrete pumps are widely used:

Boom Pump Truck – Long And High Pumping Distance

Appearance: This type of pump is mounted on a truck and uses a remote-controlled articulating robotic arm (called a boom) to place concrete accurately.
Applicable Fields: Large-scale construction projects. Because they can pump high volumes of concrete quickly. It is ideal for concrete that needs to be transported to locations that are difficult for ground equipment to reach or over obstacles.
Advantages: High capacity, rapid pumping speed, and the ability to reach great heights and cover extensive areas.

63m Concrete Boom Pump Truck

Concrete Mixer With Pump – Concrete Mixing And Pouring

Apperance: A combination of a concrete mixer and a concrete pump.
Applicable Fields: Small to medium construction projects: Residential construction, commercial buildings, infrastructure projects, industrial buildings, urban development, remodeling and renovation, etc.
Advantages: Highly versatile, cost-effective, and ideal for sites where a supply of ready-mix concrete isn’t easily accessible.

AIMIX Concrete Mixer With Pump

Trailer Concrete Pump – Use flexible hoses or steel pipes to pump concrete

Appearance: Mounted on trailers or stationary units.
Applicable Fields: Smaller projects, such as swimming pools, sidewalks, and small homes concrete slabs. Effective in situations where a boom pump would not be practical due to space constraints or the scale of the project.
Advantages: Useful when the job site has space limitations or when the pumping location isn’t accessible by road. Requires hoses or pipes to be manually attached for the concrete placement.

AIMIX Trailer Concrete Pump

So, what type of pump is best for concrete?

In conclusion, there is no one-size-fits-all answer as to which type of pump is best for concrete; it largely depends on specific project requirements and constraints, such as: the size and scope of the project, accessibility to the construction site, the distance and height of pumping required, and the specific needs of the concrete mix used.

Often, consulting a professional who understands both the project requirements and the performance of the different types of concrete pumps can help make the best choice.AIMIX, as an experienced concrete pump manufacturer, developer and exporter, has specialized technical engineers to advise you, so contact us now!

In addition to knowing which type of concrete pump is best suited for your project, in addition you need to understand the working principle of concrete pumps, to understand this, you can only you need the quality of concrete have a good idea, taking the working principle of a concrete mixing pump as an example, the following with a video to take you to explore the working principle of concrete pumps.

How Does Concrete Pump Work

How Far Can A Concrete Pump Reach

A parameter table gives you a better understanding of the performance of pumps.

Items	Key Parameters	Units	ABJZ30C	ABJZ30D	ABJZ40C	ABJZ40D
whole performance of machine	Max. theo. concrete output(L./H)	M3/h	30	30	40	40
	Mixer rated feed capacity	m3	0.56	0.56	0.56	0.56
	Mixer rated discharge capacity	m3	0.35	0.35	0.45	0.45
	Max.concrete pumping pressure(H./L.)	MPa	10	10	10	10
	Distribution valve type		S Valve	S Valve	S Valve	S Valve
	Hopper capacity	L	400	400	400	400
Power system	Diesel engine model				Weichai
	Electrical engineering power	KW	37	37	82	45
	Rotate speed	r/min	1480	1480	2200	1480
Hydraulic system	Circuit type		Open circuit	Open circuit	Open circuit	Open circuit
	Pumping system pressure	MPa	26	26	32	26
	Capacity of oil tank	L	260	260	350	370

Items		Units	Parameters
			ABT40C	ABT60C	ABT80C
whole performance of machine	Max. theo. concrete output(L./H)	M3/h	40/26	67/45	84/45
	Distribution valve type		S Valve	S Valve	S Valve
	Concrete cylinder diameter脳stroke	mm	Φ180×1200	Φ200x1650	Φ200x1800
	Hopper capacity x feeding height	L/mm	400/1100	800/1400	800/1400
	Outlet diameter	mm	Φ150	Φ180	Φ180
Power system	Diesel engine model		Weichai	Wechai	Wechai
	Diesel engineering power	KW	82.00	129.00	176.00
	Rotate speed	r/min	2200.00	2200.00	2200.00
Hydraulic system	Circuit type		Open circuit	Open circuit	Open circuit
	Pumping system pressure	MPa	32.00	32.00	32.00
	Mixing system pressure	MPa	10.00	10.00	10.00
	Capacity of oil tank	L	370.00	560.00	560.00
Other parameters	Max. Theoretical Vertical/Horizontal Conveying Distance	m	120/500	180/1000	260/1200
	Max. aggregate diameter	mm	Slick/scree:40	Slick/scree:40	Slick/scree:40
	Inside diameter of delivering pipe	mm	Φ125	Φ125	Φ125
	Dimensions: lengthxwidthxheight	mm	5000x1850x1700	5800x2000x1750	6300x2100x2350
	Total weight	kg	4500.00	6500.00	6900.00

Items		Units	Perameters
			ABT40D	ABT60D	ABT80D
whole performance of machine	Max. theo. concrete output(L./H)	M3/h	40/26	60/36	84/46
	Distribution valve type		S Valve	S Valve	S Valve
	Concrete cylinder diameterxstroke	mm	Φ180x1300	Φ200x1650	Φ200x1800
	Hopper capacity x feeding height	L/mm	400/1250	800/1400	800/1400
	Outlet diameter	mm	Φ150	Φ180	Φ180
	Electrical engineering power	KW	45	90	110
	Rotate speed	r/min	1480	1480	1480
Hydraulic system	Circuit type		Open circuit	Open circuit	Open circuit
	Pumping system pressure	MPa	28	28	32
	Mixing system pressure	MPa	10	10	10
	Capacity of oil tank	L	370	560	560
Other parameters	Max. Theoretical Vertical/Horizontal Conveying Distance	m	120/500	160/800	200/1000
	Max. aggregate diameter	mm	Slick/scree:40	Slick/scree:40	Slick/scree:40
	Inside diameter of delivering pipe	mm	Φ125	Φ125	Φ125
	Dimensions: lengthxwidthxheight	mm	4500x1750x1600	5500x2000x1750	5800x2100x2350
	Total weight	kg	3200	6000	6300

Item	AMBP-26M	AMBP-30M	AMBP-33M	AMBP-38M	AMBP-47M	AMBP-50M	AMBP-58M
Dimension: LWH	880025003360mm	900024703360mm	900024703360mm	1025025003750mm	1170025003950mm	1260025503950mm	1385025504000mm
Chassis	Saic Hongyan	Saic Hongyan	Saic Hongyan	Dongfeng	Sinotruk Shandeka	Sinotruk Shandeka	Sinotruk Shandeka
Sinotruk Shandeka	4×2	4×2	4×2	4×2	6×4	6×4	8×4
Engine Brand	Yuchai	Yuchai	Yuchai	Yuchai	German mann	German mann	German mann
Vertical height of boom	26m	30m	32.3m	38m	47m	50m	57.6m
Horizontal length of boom	21.6m	26.6m	28.8m	33.5m	42.6m	46m	53.5m
Vertical depth of boom	10.5m	20m	20m	22m	29.4m	36.5m	38m
Boom folding form	4R	5RZ	5RZ	5RZ	5RZ	6RZ	6RZ
First Boom(Length/Rotation angle)	6700mm/90°	6400mm/90°	6400mm/90°	7500mm/90°	9500mm/89°	10000mm/89.5°	11687mm/90°
Second Boom(Length/Rotation angle)	4800mm/180°	5000mm/180°	5000mm/180°	6200mm/180°	7700mm/180°	8250mm/180°	9534mm/180°
Third Boom(Length/Rotation angle)	5100mm/180°	4800mm/180°	4800mm/180°	6100mm/180°	7550mm/180°	8050mm/180°	9055mm/180°
Fourth Boom(Length/Rotation angle)	5000mm/212°	5100mm/212°	6100mm/212°	6700mm/229°	8900mm/243°	9450mm/243°	11362mm/240°
Fifth Boom(Length/Rotation angle)	/	5300mm/180°	6500mm/180°	6700mm/212°	9000mm/214°	5750mm/220°	7271mm/220°
Sixth Boom(Length/Rotation angle)	/	/	/	/	/	4300mm/110°	4653mm/110°
End delivery soft hose(Length)	3m	3m	3m	3m	3m	3m	3m
Rotation angle of the turntable	±360°	±360°	±360°	±360°	±360°	±360°	±360°
Front leg spread width	5470mm	5700mm	5700mm	6800mm	8500mm	9500mm	9475mm
Rear leg spread width	5140mm	6800mm	6800mm	8350mm	9400mm	9800mm	12853mm
Longitudinal distance of front and rear legs	5710mm	5900mm	5900mm	6800mm	9000mm	10400mm	10483mm
Theoretical concrete displacement (low pressure)	120m3/h	120m3/h	120m3/h	140m3/h	163m3/h	163m3/h	170m3/h
Distribution valve form	S Valve	S Valve	S Valve	S Valve	S Valve	S Valve	S Valve
Cylinder inner diameter/stroke	230/1600mm	230/1600mm	230/1600mm	230/1550mm	260/1600mm	260/2200mm	260/2200mm
Main oil pump displacement	190ml/r	190ml/r	190ml/r	190ml/r	260ml/r	260ml/r	320ml/r
Inner diameter of conveying pipe	125mm	125mm	125mm	125mm	125mm	125mm	125mm
Maximum aggregate size	40mm	40mm	40mm	40mm	40mm	40mm	40mm
Concrete collapse	160-220mm	160-220mm	160-220mm	160-220mm	160-220mm	160-220mm	160-220mm
System oil pressure	31.5MPa	31.5MPa	31.5MPa	31.5MPa	31.5MPa	31.5MPa	31.5MPa
Hydraulic tank volume	500L	500L	500L	500L	700L	700L	700L
High low voltage switching	Auto Switch	Auto Switch	Auto Switch	Auto Switch	Auto Switch	Auto Switch	Auto Switch
Lubrication mode	Central lubrication	Central lubrication	Central lubrication	Central lubrication	Central lubrication	Central lubrication	Central lubrication
Hydraulic oil cooling mode	Air cooling	Air cooling	Air cooling	Air cooling	Air cooling	Air cooling	Air cooling

But in fact, only understand the working principle of the concrete pump is far from enough, to do a good job of this project, you also need to understand how to operate, because it not only helps the operator to avoid accidents, but also improves the efficiency of the work, to ensure the quality of the construction, and the correct operation can also extend the service life of the equipment, so as to create greater economic benefits.

How Much Does A Concrete Pump Cost

While understanding the price of a concrete pump only gives you an idea of the direct purchase cost of the equipment, understanding the cost takes a more comprehensive look at the full lifecycle cost of the equipment. In addition to the direct purchase cost, the cost includes the cost of use, maintenance, repair, transportation and disposal.

Maintenance costs: Purchasing a pump is only part of the initial investment. Regular concrete pump maintenance and occasional major repairs will incur additional costs. Understanding these maintenance costs can help you evaluate the total cost of operation over time. Therefore, when you choose a manufacturer, you must keep your eyes peeled and choose one that can provide timely after-sales service for cooperation, so as to avoid follow-up contact and delay the progress of the project.
Operating costs: Operating a pump requires skilled operators. Employee training and salary are also part of the operating cost. In addition, operating costs can vary widely depending on the frequency and intensity of use. Therefore hiring staff with or without operating experience and talking to vendors who can provide operator training is a must.
Consumables cost: The pumps require the use of a number of consumables during operation, such as lubricants, cleaning agents, electricity, fuel, and so on. These consumables can add up to significant costs over time. Therefore, you need to find the right period of picking them up before investing, which can help you save a lot of money.
Cost of repairs and replacement parts: with increased usage, certain parts may need to be repaired or replaced, which will incur additional costs. It is vital to find a manufacturer that can provide you with original parts.
Depreciation costs: Equipment depreciates over time, and knowing the depreciation rate of a concrete pumping machine can help you calculate the remaining value and take into account the timing of the equipment’s renewal or sale in your financial planning.
Accident and insurance costs: Any piece of machinery or equipment has the potential to break down or have an accident while in operation, and understanding and purchasing the proper insurance can alleviate the financial strain of these risks.
Transportation and storage costs: If the pump needs to be moved frequently to different construction sites, transportation costs also need to be considered. Also, proper storage during periods of non-use may incur costs.
In fact, all these costs are related to one very important issue, which is choosing the right manufacturer. There are so many long vendors selling pumps on the market, how to choose? I have also compiled a list of the top 10 concrete pumps suppliers for you to compare and choose.

Top 10 Concrete Pump Manufacturers

Liebherr
Schwing
Putzmeister
Sany
XCMG
Zoomlion
CIFA
AIMIX
REED
Alliance

You can examine the manufacturers of these TOP 10 pumps based on the dimensions mentioned above. The next step is to consider ordering. Here I would also like to make a few suggestions for you.

How To Order A Concrete Pump

Ordering a pump involves several key steps to ensure you get the right equipment for your specific project needs. Here are general guidelines to help you through the process:

1. Assess your needs

Project type: Consider the type of project you will be working on (e.g. residential, commercial, infrastructure). Different projects require different concrete pumping capabilities and capabilities.

Pump type: Determine the type of concrete pump you need based on the type of project, such as a concrete pump truck for large projects, a fixed pump for large-volume pouring, a concrete drag pump or a mixing pump for small to medium-sized sites.

Specifications: View required specifications such as pumping capacity (m3/hour), vertical and horizontal reach, aggregate size, etc.

2. Research manufacturers

Research reputable manufacturers with a proven track record in the industry. Consider the previously mentioned brands or any local manufacturer with good reviews.

Check after-sales support, warranty, service availability and spare parts availability in your area.

3. Get a quote

Contact multiple suppliers or authorized dealers for quotes. Provide them with details about your requirements to get accurate pricing. And inquire whether there are discounts or promotions, etc.

If you don’t plan to pay the full amount upfront, ask about financing options.

4. Evaluate financing and payment terms

Check out financing options (if available). Some companies offer leases or loans to help purchase equipment.

Understand payment terms, including down payment, installment payments and interest rate (if applicable). Choose the payment method that works best for you.

5. Consider after-sales support

Ask about after-sales service, including operator training, maintenance and repair services.

Ensure there are provisions for technical support and access to spare parts.

6. Place an order

Once you have selected your pump and negotiated terms, follow your supplier’s process to place your order. This may involve signing a purchase agreement and paying a deposit.

7. Arrange delivery

Discuss delivery options and timelines. Make sure you have the necessary preparations on site to receive and start using your pump.

Arrange any required operator training sessions with the supplier.

8. Documentation and training

Make sure you receive all necessary documentation, including operating manuals, maintenance guides and warranty information.

If operator training is part of the deal, schedule training and make sure your operators are adequately trained to use the pump safely and effectively.

Request references: Ask vendors for references or case studies to see how their equipment performed on similar projects.

By following these steps, you can ensure you select the right pump that meets your project requirements and budget, and provides adequate support for its operating life.

If you start a concrete pump business first, is it clear how to proceed after learning so much? If you have any other questions or concerns, feel free to inquire! We’ll do our best to help you with your pump business!

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