Concrete Pump
SuniverseTech Concrete Pumps – Innovation for Pumping. You can have:
Concrete diesel trailer pumps, concrete electric engine trailer pumps, concrete mixer pumps, etc.
Our pumps deliver superior pumping power and precision. They feature innovative boom designs for maximum maneuverability and reach on the most complex projects. Operators will appreciate the ergonomic controls and safety features.
Experience the future of concrete pumping with SuniverseTech. Transform your productivity and take on bigger challenges. Contact us today to learn more and get a customized quote. Your projects deserve the best.
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Quick Guide
Start From
$
15,000
PRODUCTS
Concrete Pumps
Our versatile concrete pumps allow precise concrete delivery while prioritizing operator and crew protection at your worksite. Investing in SuniverseTech concrete pumps will make transporting and placing concrete for construction projects with ease by inventing our concrete pumps.
0.8m³
Max Capacity
32MPa
Max Pumping Pressure
Products We Offer
Other Equipment You May Need:
Why Invest In Concrete Pumps?
Concrete pumps are becoming indispensable tools for construction projects of all sizes. Investing in concrete trailer pumps can significantly improve productivity and efficiency on any jobsite. Here are the key reasons to add a concrete pump to your equipment fleet:
Save on Labor Costs: Pumping concrete eliminates much of the manual labor needed for transporting and pouring material. With less wheelbarrowing and fewer workers needed, you save money on labor.
Work Faster – Powerful static concrete pumps allow you to place concrete quickly and continuously, unlike manual pouring methods. The pace of work is dramatically increased, letting you complete jobs faster.
Access Tight Spaces: A small mobile concrete pumps allow concrete placement in tight spaces that would be impossible to pour manually, like tunnels, basements, and between close forms.
Pump Long Distances: Boom pumps and truck mounted pumps can push concrete hundreds of feet to distant or high pouring locations, avoiding the need for cranes or conveyors. Truck mounted trailer pumps are highly maneuverable and can access hard-to-reach areas, while stationary pumps allow flexible installation locations to cover a wide pouring area.
Enhanced Safety: Concrete pumps reduce the risk of strains and falls by minimizing heavy lifting and equipment traffic on the jobsite.
With the potential to work faster, safer, and more efficiently, a concrete pump is a valuable investment that can save money and boost productivity for any one.
Types of Concrete Pumps For Sale
Our concrete pumps incorporate advanced technology for maximum efficiency and reliability on construction sites. Our pumps can deliver smooth, precise pouring and pump high volumes of concrete over long distances.
At SuniverseTech, you can find concrete trailer diesel and electric pumps, concrete mixer pumps, truck-mounted pumps, and concrete boom pumps for vertical reach.
By purchasing our concrete pumps, you can gain the assurance that projects will proceed safely while benefiting productivity and the bottom line.
29-100
m³/h
66-176kW Motor Power
6-18MPa Max Pumping Pressure
150-800m Conveying Distance
24-100
m³/h
45kW Motor Power
8MPa Max Pumping Pressure
120-500m Conveying Distance
37
m³/h
186kW Motor Power
32MPa Max Pumping Pressure
250-1,000m Conveying Distance
100
m³/h
82kW Motor Power
10MPa Max Output Pressure
15.4-22m Max Boom Height
PRODUCTS DETAILS
We Offer Various Types of Concrete Pumps For You
We offer one of the construction industry’s widest ranges of concrete pumps. We have pumping solutions ready to handle any job.
Our pumps deliver power, accuracy, and flexibility so crews finish quality concrete pours on schedule.
Happy Customers
98%
Concrete Diesel Trailer Pumps
Models:
SY-HB-40 ~HB-100 / T40E ~ T80S
Max Concrete Output
29 ~100 m³/h
Max Pumping Pressure
6 ~ 18MPa
Concrete trailer pumps are versatile transportation machines engineered to optimize concrete placement at construction job sites.
With innovative hydraulic systems powering smooth, precise concrete flow, SuniverseTech trailer pumps aid contractors in completing even the most complex infrastructure builds on schedule.
Recommended Models:
SY-HB-40 Concrete Diesel Trailer Pumps For Small Projects
SY-T80S Concrete Electric Engine Trailer Pumps For Large Projects
Concrete Electric Trailer Pumps
Models:
SY-HB-T40E ~ HB-T80S
Max Concrete Output
24 ~100 m3/h
Max Pumping Pressure
8 ~ 18MPa
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Recommended Models:
SY-HB-T40E Concrete Electric Trailer Pumps For Small Projects
SY-HB-T80S Concrete Electric Trailer Pumps For Large Projects
HB-40 Diesel Trailer Pump
Max Theo. Concrete Output: 53/29m³/h
Diesel Engineering Power: 66kw
HB-60 Diesel Trailer Pump
Max Theo. Concrete Output: 61/38m³/h
Diesel Engineering Power: 82kw
HB-80 Diesel Trailer Pump
Max Theo. Concrete Output: 98/59m³/h
Diesel Engineering Power: 129kw
HB-90 Diesel Trailer Pump
Max Theo. Concrete Output: 92/55m³/h
Diesel Engineering Power: 140kw
HB-100 Diesel Trailer Pump
Max Theo. Concrete Output: 100/58m³/h
Diesel Engineering Power: 176kw
T40E~T80S Electric Trailer Pump
Max Theo. Concrete Output: 100/58m³/h
Diesel Engineering Power: 176kw
Concrete Mixer Pumps
Models:
SY-JBS-50 ~JBS-75
Max Concrete Output
37 m³/h
Max Pumping Pressure
45MPa
Concrete mixer pumps combine mixing and pumping in one compact machine. This allows easy movement while making and pouring custom concrete blends on-site.
They make quality concrete and place it precisely wherever required around job sites. This aids productivity for all kinds of small or mid-sized builds.
Truck Mounted Concrete Pumps
Models:
SY-HBCS100
Max Concrete Output
100 m³/h
Max Pumping Pressure
8MPa
Truck-mounted pumps are essentially mobile concrete pumps mounted on a motor-vehicle chassis.
Our compact designed truck-mounted pumps allow for easy maneuverability around construction sites and swift transition from one job to another.
You can save a lot of labor and time cost and see a significant boost in operational efficiency.
Concrete Boom Pumps
Models:
SY-B40R-15 ~ B40R-21
Max Concrete Output
45 ~ 50 m³/h
Max Pumping Pressure
10MPa
Concrete boom pumps maximize flexibility in concrete placement with an extendable arm to precisely direct flow at great heights and distances.
And our advanced boom concrete pumps allow you to pour high-quality concrete safely across multi-story builds, maximizing placement flexibility through industry-leading vertical reach.
Specifications of Concrete Pumps
Detailed Specifications of Concrete Diesel Trailer Pumps
| Model | SY-HB40 | SY-HB60 | SY-HB80 | SY-HB90 | SY-HB100 |
| Max. Theo. Concrete Output (m³/h) | 53/29 | 61/38 | 98/59 | 92/55 | 100/58 |
| Max.Concrete Pumping Pressure (MPa) | 12/6 | 12/7 | 12.5/7.5 | 9/16 | 10/18 |
| The Biggest Transportation (m) Vertically/Level | 150/500 | 150/600 | 150/600 | 160/700 | 180/800 |
| Motor Power (kW) | 66 | 82 | 129 | 140 | 176 |
| Concrete Cylinder Diameter×Stroke (mm) | Φ160×1300 | Φ180X1300 | Φ200×1650 | Φ200×1800 | Φ200×1800 |
| Main Oil Cylinder Diameter×Stroke (mm) | Φ100×1300 | Φ110X1300 | Φ125×1650 | Φ140/1800 | Φ150×1800 |
| Oil Tank Capacity (L) | 90 | 90 | 150 | 150 | 150 |
| Feeding Hopper Capacity (m³) | 0.6 | 0.7 | 0.8 | 0.8 | 0.8 |
| Feeding Height (mm) | 1250 | 1300 | 1450 | 1450 | 1450 |
| Outlet Diameter (mm) | Φ125 | Φ150 | Φ180 | Φ180 | 180 |
| Max. aggregate Diameter (mm) | 40 | 40 | 50 | 50 | 50 |
| Dimensions: LW×H (mm) | 4800x1750x1900 | 4800x1750x1900 | 6000x2000x2200 | 6000x2000x2200 | 6500x2000x2300 |
| Overall Weight (kg) | 3500 | 4200 | 5800 | 6500 | 6800 |
Detailed Specifications of Concrete Electric Trailer Pumps
| Model | SY-HB-T40E | SY-HB-T50 | SY-HB-T60 | SY-HB-T80 | SY-HB-T80S |
| Max. Theo. Concrete Output (m³/h) | 24-30 | 30 | 51/30 | 81/48 | 100/58 |
| Max.Concrete Pumping Pressure (MPa) | 8-10 | 12/7 | 12.5/7.5 | 9/16 | 10/18 |
| The Biggest Transportation (Vertically/Level) | 150-400 | 150/600 | 150/600 | 160/700 | 180/800 |
| Motor Power (kW) | 45 | 82 | 129 | 140 | 176 |
| Concrete Cylinder Diameter×Stroke (mm) | Φ160×1000 | Φ180X1300 | Φ200×1650 | Φ200×1800 | Φ200×1800 |
| Main Oil Cylinder Diameter×Stroke (mm) | Φ100×1000 | Φ110X1300 | Φ125×1650 | Φ140/1800 | Φ150×1800 |
| Feeding Hopper Capacity (m³) | 0.6 | 0.7 | 0.8 | 0.8 | 0.8 |
| Feeding Height (mm) | 40 | 40 | 50 | 50 | 50 |
| Outlet Diameter (mm) | Φ125-150 | Φ150 | Φ180 | Φ180 | Φ180 |
| Max. Aggregate Diameter (mm) | 1250 | 1300 | 1450 | 1450 | 1450 |
| Dimensions: LxW×H (mm) | 4200x1750x1600 | 4600x1750x1900 | 5950x2000x2200 | 5950x2000x2200 | 5950x2000x2000 |
| Overall Weight (kg) | 2500-2800 | 3000 | 5700 | 6200 | 6500 |
Detailed Specifications of Concrete Mixer Pumps
| Model | SY-JBS-50 | SY-JBS-75 |
| Max. Theo. Concrete Output (m³/h) | 37 | 37 |
| Max.Concrete Pumping Pressure (MPa) | 8 | 8 |
| The Biggest Transportation (Vertically/Level) | 120/500 | 120/500 |
| Motor Power (kW) | 45 | 45 |
| Concrete Cylinder Diameter×Stroke (mm) | Φ200×1000 | Φ200×1000 |
| Main Oil Cylinder Diameter×Stroke (mm) | Φ100×1000 | Φ100×1000 |
| Max. Aggregate Diameter (mm) | 50 | 50 |
| Stir The Motor Power (kW) | 18.5 | 30 |
| Winding Motor Power (kW) | 5.5 | 7.5 |
| Feeding Hopper Capacity (m³) | 0.8 | 1.2 |
| Mixer Discharge Capacity (m³) | 0.5 | 0.75 |
| Max. Theo. Concrete Output (m³/h) | 25 | 35 |
| Dimensions: LxW×H (mm) | 4800x2200x3150 | 5050x2200x3450 |
| Overall Weight (kg) | 7500 | 8100 |
Detailed Specifications of Concrete Truck-Mounted Pumps
| Model | SY-HBCS100 |
| Max. Theo. Concrete Output (m³/h) | 100 |
| Max. Aggregate Diameter (mm) | Pebble≤50 Gravel≤40 |
| Motor Power (kW) | 186 |
| Concrete Cylinder Diameter×Stroke (mm) | Ф230×1800 |
| Type Of Distribution Valve | S Valve |
| Fuel Tank Capacity (L) | 300 |
| Feeding Hopper Capacity (m³) | 0.6 |
| Filling Height (mm) | 1480 |
| Maximum Theoretical Conveying Distance(m) | 1000/250 |
| Hydraulic System Pressure(Mpa) | 32 |
| Dimensions: LxW×H (mm) | 9261x2488x3145 |
| Overall Weight (kg) | 13500 |
Detailed Specifications of Concrete Boom Pumps
| Model | SY-B40R-15 | SY-B40R-21 |
| Max. Theo. Concrete Output (m³/h) | 40 | 50 |
| Max.Concrete Pumping Pressure (MPa) | 10 | 10 |
| Distribution Valve Type | S Valve | S Valve |
| Concrete Cylinder Diameter×Stroke (mm) | Ф180×1300 | Ф180×1300 |
| Feeding Hopper Capacity (L) | 500 | 500 |
| FOutlet Diameter (mm) | Ф150 | Ф150 |
| Vertical Height of Boom (m) | 15.4 | 22 |
| Radius of Place Concrete (m) | 13–16 | 20 |
| Concrete Pipe (m) | 125*3 | 125*3 |
| Tower Rotation Angle (°) | 200 | 200 |
| Leg Open Width （m） | 5.5 | 5.5 |
| Distribution Rod Direction Control | Manually | Manually |
| Diesel Engine Model | Weichai WP4G110E220 | Weichai WP4G110E220 |
| Motor Power (kW) | 82 | 82 |
| Rotate Speed (RPM) | 2200 | 2200 |
| Travelling Diesel Engine | Changchai L32 | Changchai L32 |
| Travelling Diesel Engine Power | 32HP | 32HP |
| Tyre | 4*8.25*16 | 4*8.25*16 |
| Max. Aggregate Diameter (mm) | 30 | 30 |
| Inside Diameter Of Delivering Pipe (mm) | Ф100 | Ф125 |
| Dimensions: LxW×H (mm) | 7500x2200x2920 | 7500x2200x3200 |
PRODUCT FEATURES
Unique Features
SuniverseTech’s concrete pumps feature innovative designs for smooth flow and reliable performance.
The stamped hopper and vibrating inlet prevent concrete buildup when feeding the pump.
An advanced lubrication system directly oils all pivot joints, doubling equipment lifespan. Operators have dual panel and remote control modes to improve efficiency in varied working conditions.
Durability arises from a high-powered wind cooling system requiring no water – it maintains safe oil temps up to 45°C ambient temperature.
An independent junction box enables multifaceted circuit connections while protecting electrical systems. Together these features optimize Suntiech pump safety, versatility, and functionality.
Feeding Hopper with Vibration Devices
Double Control Mode
Superior Wind Cooling System
Double Lubrication System
Precision Admixture Metering Pump
Concrete Pumps Price
| Products | Reference Price Range |
| Concrete Diesel Trailer Pumps | $15,000 ~ $45,000 |
| Concrete Electric Trailer Pumps | $20,000 – $40,000 |
| Concrete Mixer Pumps | $15,000 ~ $20,000 |
| Concrete Truck Mounted Trailer Pumps | $40,000 ~ $200,000 |
| Concrete Boom Pumps | $45,000 ~ $300,000 |
We provide high-quality, competitively priced concrete pumps by using top materials for durability and longevity while keeping costs affordable.
When purchasing our concrete pump, there are several factors that will affect the final cost of your investment, such as the type of pump, model, and efficiency, and the price will vary depending on the characteristics of each pump.
Indeed, with our extensive after-sale services like maintenance checks, spare parts availability, and 24/7 technical support, we minimize downtime to keep your operations running smoothly.
Our commitment to quality, technology, and service excellence makes our concrete pumps a smart investment for long-term durability and reliable performance.
Price Difference Among Concrete Pumping Machines
When it comes to concrete distribution and pouring, concrete pumps are indispensable pieces of equipment. Among them, two major types stand out: the mobile concrete pump and the stationary concrete pump. Understanding the differences between these two, including their working ability, suitable working environments, advantages, and operating costs, can help you make an informed decision for your construction project.
Pumping Capacity and Power: The price of a concrete pumping machine is influenced by how much concrete it can pump (measured in cubic meters per hour) and how powerful its hydraulic pumping is (measured in psi or bar). Trailer pumps can pump between 30 to 100 cubic meters, boom pumps between 50 to 150 cubic meters, and stationary pumps from 40 to 200 cubic meters per hour. Machines that can pump more and are more powerful cost more because they need bigger parts and stronger engines.
Reach and Vertical Height: After understanding the pump’s capacity and power, the next factor to consider is its reach. Some concrete pumps are mounted on trucks, and their price can change based on how high and far they can pump the concrete. Pumps that can reach further and higher cost more because they need bigger and stronger parts. More parts also mean more things that could go wrong, so that adds to the price too.
Mobility Type: Towable concrete pumps that are meant to be towed need parts to connect to a vehicle and a trailer to sit on, which adds to their price. Those truck mounted pumps need a specially designed truck, which also adds to their cost. Stationary concrete pumps, which stay in one place, don’t have these extra costs, but they aren’t as flexible in where they can be used.
Build Quality and Durability: Commercial concrete pumping systems are designed for thousands of operation hours using hardened metals, wear plate linings in hoppers/pipes, resilient piston cup seals, and abrasion protection features. Higher part quality ups initial pricing but saves long term.
Advanced Features and Automation: Concrete pumps with added features like automatic pumping, multiple hopper configurations, and smart pump controls cost more because they require extra parts and design work. However, these features can make the pumps more effective and easier to use, which could be worth the extra cost.
Products Details
SuniverseTech devotes immense attention to product details and quality. Each component is thoroughly chosen to meet strict standards for durability, reliability, and performance.
We supply our products with premier parts designed for longevity and safety, down to the smallest screws and microchips.
Our engineering team carefully designs each aspect to optimize functionality while reducing failure points. Years of expertise inform thoughtful backups that result in products that last much longer than industry averages.
Benefits of Our Service
We strive to provide exceptional service to each and every customer. Whether you are considering a purchase, have recently bought a product, or are a long-time customer in need of assistance, you can rely on receiving our best service.
Customized Solutions
One-on-one Service from Our Professionals
24h Online Communication
Installation Support
7 Days Fast Shipping
Tech-Support
SY-HB-40
Concrete Trailer Pumps Working In Indonesia
Our SY-HB-40 concrete trailer pump has recently seen success on construction sites in Indonesia. Customers have used it to increase their pouring efficiency.
SY-JBS-50
Concrete Mixer Pumps Arrived In Jamacia
SuniverseTech’s concrete mixer pumps have reached a customer’s construction site in Jamaica, which will allow small-batch custom mixes poured easily across project sites.
SY-JBS-75
Concrete Mixer Pumps Ready to Ship
We finalized manufacturing on a set of concrete mixer pumps this week. With components rigorously tested and inspected, the mixer pumps are now ready to ship out to our customers.
TESTIMONIAL
What Clients Say About
“For over the past year, we’ve partnered with SuniverseTech for all our building needs. Their customer service exceeds expectations every time. The staff responds swiftly to questions and concerns, providing solutions customized to our projects.”
Logan D.
From the United States
Applications of Concrete Pumps for Sale
Concrete pumps are an integral part of the construction industry, offering a practical solution for transferring and placing concrete in areas that are hard to reach or inaccessible. Here are some of the key applications where concrete pumps play a significant role:
- High Rise Buildings: When constructing high-rise buildings, it is often difficult to transport concrete to higher floors. This is where concrete pumps come in handy. They can pump concrete to great heights, making the construction process faster and more efficient.
- Infrastructure Projects: Infrastructure projects, such as bridges, tunnels, and highways, often require concrete to be placed at various points and elevations. Concrete pumps can transport concrete over long distances, making them an ideal choice for these types of projects.
- Residential Construction: In residential construction, concrete pumps can simplify the process of pouring foundations, driveways, pools, and more. They allow for precise control over the volume and placement of concrete, reducing the labor and time needed for these tasks.
- Large Scale Industrial Projects: Industrial projects often require large quantities of concrete to be poured in a short time span. Concrete pumps can deliver high volumes of concrete rapidly and efficiently, thus increasing productivity and reducing project timelines.
- Remote Locations: For sites with restricted access, concrete pumps can be mounted on a trailer or truck for transportation, offering a solution for delivering concrete where traditional methods are unfeasible.
- Slipform Paving: In road construction and large pavement projects, concrete pumps deliver concrete to the slipform paver, enabling precise shaping and leveling of the concrete.
- Industrial Flooring: In commercial and industrial settings requiring large, durable floor surfaces, concrete pumps optimize concrete placement, ensuring a robust base for industrial flooring.
In conclusion, concrete pumps offer a versatile and efficient solution for delivering and placing concrete in a variety of construction scenarios. They are a reliable and professional tool that significantly enhances productivity and efficiency in the construction industry.
How To Choose A Right Concrete Pump For Your Projects?
Choosing the right concrete pump for your project can be a daunting task given the variety of options available. Here are some factors to consider:
Budget
Consider your budget when selecting a concrete pump. Smaller trailer-mounted pumps are more affordable for smaller jobs, while boom pumps offer longer reaches for bigger pours but at a higher cost. Evaluate pumping output needs against costs to find the best option.
Location and Access
Evaluate the location and space available on the job site. Boom pumps require adequate room to maneuver, while trailer pumps can access tighter spaces. Also consider distance to the pour site if concrete is pumped over a long horizontal reach.
Need for Concrete
The scale of your project will determine the amount of concrete you need. For smaller projects, small or mini concrete pumps might be sufficient. They are easy to operate and maintain, making them ideal for projects that don’t require a large amount of concrete.
For larger construction projects, boom pumps or truck-mounted pumps might be more suitable. They have a higher output capacity and can pump concrete to greater heights and distances.
Pumping Distance
Boom pumps can pump concrete over longer horizontal distances, while trailer pumps move concrete over shorter distances. Consider how much vertical and horizontal reach is needed to place concrete where it needs to go.
Power Source
Concrete pumps are powered by diesel or electric motors. Electric pumps avoid emissions and noise but require access to electricity. Diesel pumps are more portable but produce exhaust fumes. Consider available power sources when selecting a pump.
Other Functions
Some concrete pumps come with additional features, such as automatic controls, that can make operation easier and more efficient. And if you require concrete machine can both pump and mix concrete, a concrete mixer with pump will be your optimal option. Consider these features and how they might benefit your project.
Mobile Concrete Pump Vs. Stationary Concrete Pump
When it comes to concrete distribution and pouring, concrete pumps are indispensable pieces of equipment. Among them, two major types stand out: the mobile concrete pump and the stationary concrete pump. Understanding the differences between these two, including their working ability, suitable working environments, advantages, and operating costs, can help you make an informed decision for your construction project.
Mobile Concrete Pumps
Pumping Ability: Mobile concrete pumps are equipped with truck-mounted systems that allow for easy movement around construction sites. These machines are designed for maximum flexibility and efficiency, and are capable of pumping large volumes of concrete quickly. The concrete is transported through a boom, which can be extended to reach even the most inaccessible areas of a construction site.
Suitable Projects: The mobile concrete pump is a great option for worksites with complex layouts or those that require frequent movement, such as road construction, high-rise buildings, and bridges. The mobile pump’s ability to move around makes it highly adaptable and efficient in such environments.
Working Environment It Needed: Mobile concrete pumps are incredibly versatile and can adapt to a variety of working conditions. They’re ideal for space-constrained sites as they require less setup space due to their onboard delivery boom. With their ability to maneuver around obstacles, they’re suitable for sites with irregular terrain, limited access, or those that require frequent repositioning of the pump.
Operating Cost: The operating cost of a mobile concrete pump can be higher due to the costs associated with fuel, maintenance of the truck and boom system, and the need for a skilled operator to maneuver the equipment.
Advantages:
- Flexibility: Mobile concrete pumps can easily be moved around the construction site, making them highly flexible.
- Versatility: They are capable of reaching difficult areas, making them ideal for complex construction sites.
- Efficiency: They can pump concrete faster due to the direct route facilitated by the boom.
Static Concrete Pumps
Pumping Ability: Stationary concrete pumps, also known as static or trailer concrete pumps, are firmly planted on the ground during operation and use long pipelines to transport concrete. These pumps are known for their high pumping capacity, and they can pump concrete to significant heights and distances. However, due to their stationary nature, they require complex pipeline arrangements to allow concrete distribution to various locations.
Suitable Projects: Stationary concrete pumps are most suitable for large-scale projects where the concrete pouring site doesn’t change much, such as dam construction, power stations, or large infrastructure projects. They are also suitable for worksites where the concrete needs to be pumped over long distances or to great heights.
Working Environment It Needed: Stationary concrete pumps require a stable, flat surface for setup. They also need space for the setup of pipelines that transport the concrete, which may span across large distances. This makes them more suitable for large, open construction sites without significant obstructions. They’re less adaptable to changing site conditions and may be challenging to use in congested or confined spaces. However, with proper planning of the pipeline layout, they can be used effectively even in complex environments.
Operating Cost: Stationary concrete pumps typically have lower operating costs, as they don’t require fuel for movement. However, they may incur additional costs for setting up long pipelines and for maintaining these pipelines.
Advantages:
- High Capacity: Stationary concrete pumps have high pumping capacity, making them suitable for large-scale projects.
- Long Distance Pumping: These pumps can transport concrete over long distances and to great heights.
- Stability: Being planted on the ground, they provide a stable operation, reducing risks of tipping over.
In conclusion, the decision between a mobile and a stationary concrete pump will depend on the specifics of your project. By considering the working ability, suitable working environment, advantages, and operating costs of each option, you can choose the most effective and efficient equipment for your construction needs.
The Difference Between Electric Concrete Pump And Diesel Concrete Pump
Electric and diesel concrete pumps are both useful, but they have different strengths and weaknesses. They vary in reliability, running costs, how easy they are to move, and how they perform.
Diesel engines are tough and can handle difficult conditions at work sites. But they need regular maintenance and can break down more often than electric motors. The cost of fuel and spare parts can also add up over time. On the plus side, diesel-powered concrete boom pumps and trailers can easily be moved between locations, even if there’s no electricity available.
Electric motors keep pumping power steady and don’t need as much upkeep, which keeps costs down. But they do need access to an electrical connection or a generator to work. The length of the cord can also limit how far they can pump. That said, electric stationary pumps are great for places where the pump can stay in one spot and for precast concrete work.
Both types of pumps come in a range of sizes, able to pump different amounts and to different heights. But diesel engines can handle bigger jobs, so they’re often used for major infrastructure projects.
To sum it up, if your work site doesn’t have a reliable power supply, needs a pump that can be moved often, or needs to pump a lot of concrete over long distances, a diesel concrete pump – despite its higher running costs – would be the best choice.
But if your site has a reliable power supply and doesn’t need as much concrete, an electric pump can save you money.
How Do Concrete Pumps Work?
At their core, concrete pumps work by creating a cycle to suck concrete into the machine at one end and push it out the other under high pressure. It’s like a long syringe specially engineered for concrete.
First, viscous concrete is poured into a large hopper tank, where paddles keep it flowing so it doesn’t harden. From here, an automated valve system opens up to draw the concrete mix into a cylinder, much like pulling back the plunger on a giant syringe.
Once filled, the valve flips shut, sealing off the cylinder that’s now full of concrete. The pump’s hydraulic system uses pressurized fluid to power a piston that squeezes the cylinder, building intense pressure. This pressure forces open a second flap on the valve system.
With an opening made, the thick fluid concrete gets pushed through pipes ranging from 4 to 8 inches wide on its way to the final pouring destination. The high pressure concrete travels horizontally for hundreds of feet or vertically stories into the air to wherever it needs to fill concrete forms.
Once the concrete gets squeezed out, the pump piston retracts, the valves shift again, and material flows back into the cylinder from the hopper tank, repeating the cycle continuously until the pour is finished. It’s this steady back and forth flow that allows pumps to place concrete quickly and efficiently on construction projects.
How to Operate Concrete Pumps?
Operating a concrete pump properly is crucial for smooth pouring and preventing issues. Here are best practices:
Setup
Locate the concrete pump on flat, stable ground close to both the concrete supply and the pouring area. The pump should be level and pumps with outriggers require solid underlying support. Feed the concrete hopper from the mixer truck.
Piping Plan
Map out the piping path ensuring it reaches the pouring site with smooth bends minimizing pressure loss. Mark locations needing hoses for flexibility or diagonal routes. Create removable sections aiding cleanout and maintenance. Size the diameter for aggregate without jamming.
Vertical Piping
When pumping vertically, add an initial horizontal pipe run before turning upwards. This lets concrete build momentum minimizing risk of backflow or blockages in vertical sections. Tie-down vertical piping for stabilization and have a cleanout access port at the base.
Priming
Before concrete pumping, first lubricate the system by pumping a priming slurry through the circuit. Then gradually transition to concrete, starting low pressure until smooth flow before going to higher pump power. This ensures full pipe loading.
Pumping
While pumping, carefully monitor concrete pressure gauge feedback and the pour flow. If blockages occur, relieve system pressure before resolving issues. Maintain hopper volume to sustain pour rate targets. Adjust water/admixtures to keep optimum concrete consistency.
Following structured operating procedures for setup, planning and pumping prevents delays from malfunctions or pipe jams when placing concrete.
SuniverseTech is committed to providing high-quality solutions andinnovative products to our customers.