Multiple Chassis Options: Truck, Crawler & Wheeled
Flexible On-site Concrete Pumping for Complex Terrain
Customizable Capacity From 40 to 120 m³/h
The mobile concrete pump is equipment that designed to be relocated between construction sites for pumping and delivering concrete through a boom or delivery pipeline. Depending on the model, it can be configured with different chassis types, including truck-mounted, crawler, wheeled, or towable trailer chassis, while some configurations also integrate concrete mixing. AIMIX mobile pump for concrete models cover approximately 40–120 m³/h of concrete output, with different configurations designed for high-rise buildings, residential projects, bridges, foundations, tunnels, rural construction, and infrastructure work.
Types of Mobile Concrete Pumps by Chassis and Configuration
Mobile concrete pumps for sale in AIMIX Group are available in three main configurations: boom type, trailer type, and mixer type. They differ mainly in how the pump is transported and how concrete is delivered on site. Boom pumps use a self-propelled truck, crawler, or wheeled chassis with a placing boom; trailer pumps use a towable chassis and deliver concrete through a pipeline; and mobile concrete mixer pump combine concrete mixing and pumping in one mobile unit, typically using a wheeled chassis that can be towed between job sites.
Boom Type Concrete Pump
The mobile boom concrete pump has no need to install or dissemble the pumping pipes. This reduces the time it takes to get the equipment ready for operation or transportation.
Truck Mounted Mobile Boom Pump
- Configuration: Truck-mounted chassis with hydraulic placing boom
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Boom Length: 26m30m33m38m
- Max Concrete Output: Up to 120 m³/h
- Hot Sale Model: ABY33
- Key Advantage: Road-going chassis allows the pump to travel between construction sites without separate site transport equipment. The integrated boom reduces the need to install and dismantle delivery pipelines for normal boom placement.
- Applications: High-rise buildings, large concrete pours, rural construction, and projects with frequent site transitions.
Boom Type with Crawler Chassis
- Chassis: Crawler chassis
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Boom Length: 8m15m18m20m25m
- Max Concrete Output: Up to 50 m³/h
- Hot Sale Models: ABY15, ABY18
- Advantage: Crawler tracks allow the pump to move across rough, uneven, or muddy job sites. Wireless remote control supports operation from a suitable position near the equipment. Long-distance road transport generally requires a flatbed truck.
- Applications: Mountainous construction, farmland drainage, and sites where conventional concrete transport vehicles have limited access.
Boom Type with Wheel Chassis
- Chassis: Wheeled chassis
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Boom Length: 20m26m30m33m
- Hot Sale Models: ABY20, ABY26
- Max Concrete Output: Up to 89 m³/h
- Advantages: The wheeled chassis provides a compact mobile configuration for construction sites where maneuverability and site access are important.
- Applications: Rural residential construction, drainage projects, and other sites requiring frequent equipment relocation.
Trailer Type Mobile Concrete Pump
Aimix provides you two types of trailer type. One has crawler, the other has wheels.
Crawler Trailer Type
- Chassis: Crawler
- Pumping Method: Pipeline delivery
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Models: ALBT40ALBT60ALBT80
- Concrete Output: 40–80 m³/h
- Engine: Diesel
- Advantage: Crawler tracks allow the pump to move independently across rough or muddy construction sites, while a flatbed truck can be used for longer-distance road transport.
- Applications: High-rise construction, large foundations, and infrastructure projects with difficult site access.
Trailer Type
- Chassis: Wheeled towable chassis
- Pumping Method: Pipeline delivery
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Model: ABT30ABT40ABT60ABT80
- Concrete Output: 30–80 m³/h
- Engine: Electric or diesel
- Advantages: The compact wheeled trailer concrete pump can be repositioned with towing equipment and can also be lifted by a forklift or portable gantry crane when site transport requires it.
- Applications: Foundations, high-rise buildings, infrastructure projects, and sites requiring pipeline-based concrete delivery.
Mixer Type Mobile Concrete Pump
The mobile concrete mixer pump has wheels to help it towed by other vehicles for transportation.
Concrete Pump with Vertical Shaft Mixer
- Configuration: Integrated concrete mixing and pumping
- Mixing System: Dual hydraulic mixing shafts
- Concrete Output: 40-60m³/h
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Hot Models: ABJW40ABJW60
- Key Advantage: The dual-shaft mixing system increases mixing speed while the integrated pump delivers the freshly mixed concrete through the pipeline.
- Applications: Building construction, road construction, and bridge projects requiring on-site concrete mixing and pumping.
Concrete Mobile Pump with Drum Mixer
- Configuration: Integrated drum mixer and concrete pump
- Mixing Method: Drum mixing
- Concrete Output: 30–40 m³/h
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Hot Models: ABJZ30ABJZ40
- Engine: Electric or diesel
- Key Advantage: Combines concrete mixing and pumping in one mobile unit, eliminating the need for a separate mixer and concrete pump mobile for suitable small-scale projects.
- Applications: Residential construction, small commercial buildings, repair work, and other projects requiring on-site concrete production and pumping.
Specifications
| Parameter | Unit | Mixer Concrete Pump | Concrete Trailer Pump | Boom Pump | ||||
| ABJZ30C | ABJZ40C | ABT40C | ABT60C | ABT80C | ABY-15 | ABY-18 | ||
| Maximum Theoretical Output | m³/h | 30 | 40 | 40/26 | 67/45 | 84/45 | 50 | 50 |
| Maximum Pumping Pressure | MPa | 10 | 10 | 10/8 | 13/7 | 16/7 | 6 | 6 |
| Distribution Valve | — | S Valve | ||||||
| Diesel Engine Power | kW | 37 | 82 | 82 | 129 | 176 | 110 | 110 |
| Vertical / Horizontal Conveying Distance | m | 120/300 | 120/500 | 120/500 | 180/1000 | 260/1200 | — | — |
| Maximum Aggregate Diameter | mm | 10/20* | 40/50* | 40 | 40 | 40 | 40 | 40 |
| Delivery Pipe Inside Diameter | mm | Φ100 | Φ125 | Φ125 | Φ125 | Φ125 | — | — |
| Overall Dimensions (L × W × H) | mm | 4500 × 1750 × 1600 | 6000 x 2300 x 3150 | 5000 × 1850 × 1700 | 5800 × 2000 × 1750 | 6300 × 2100 × 2350 | 6000 × 2200 × 2900 | 6500 × 2200 × 3100 |
| Overall Weight | kg | 3000 | 4500 | 4500 | 6500 | 6900 | 12500 | 13500 |
Our Mobile Concrete Pumps in Real Construction Projects
These real customer projects demonstrate how AIMIX mobile concrete pumps are applied under different site conditions and concrete placement requirements. Each case highlights the project location, working conditions, selected pump configuration, pumping requirements, and available project results or customer feedback.
Philippines: ABJZ40C Drum Mixer Pump for Mortar Spraying
- Project Date: December 2024
- Project: Mortar spraying for building construction
- Equipment: ABJZ40C mobile concrete mixer with pump
- Power: Diesel
- Transport Method: Towed to the construction site by a small truck
- Customer Feedback: “It can be easily towed by the small truck to the construction site.”
Jamaica: 33 m Truck-Mounted Boom Pump for High-Rise Building Construction
- Project Date: February 2025
- Project: High-rise building construction
- Equipment: 33 m mobile concrete pump truck
- Key Configuration: 33 m placing boom for direct concrete placement across different floors
- Customer Feedback: “It is very convenient to use for no need to install the pumping tubes. The boom helps to pump concrete mixture to every floor quickly.”
Colombia: Electric Trailer Pump for Building Construction
- Project Date: October 2024
- Project: Building construction
- Equipment: ABT40D electric small mobile concrete pump
- Power: Electric
- Transport Method: Can be lifted using a forklift or portable gantry crane
- Customer Feedback: “The pump provides stable concrete delivery throughout the pour, helping our team maintain a continuous workflow on the building site.”
Kazakhstan: Crawler-Mounted Trailer Pump for Building Construction
- Project Date: June 2021
- Project: Building construction
- Equipment: ALBTC80 crawler type
trailer concrete pump
- Power: Diesel
- Key Configuration: Crawler chassis with operator control panel
- Customer Feedback: “The crawler chassis is robust. Our workers can use the control panel for its operation.”
Thailand: Vertical Shaft Mixer Pump for Bridge Reinforcement
- Project Date: January 2025
- Project: Bridge reinforcement
- Equipment: ABL40D vertical shaft mobile concrete mixer with pump
- Power: Electric
- Material: Steel slag concrete
- Key Configuration: Integrated concrete mixing and pumping for on-site concrete handling
- Customer Feedback: “It functions effectively and cooperate well with the concrete batching machine. It can mix the steel slag concrete well.”
Matching Mobile Concrete Pumps to Diverse Construction Project Scenarios
The suitable mobile concrete pump depends on the project’s access conditions, concrete delivery requirements, pouring volume, and need for on-site mixing. Truck-mounted, crawler-mounted, wheeled, trailer, and mixer pumps serve different project conditions, from road-accessible high building construction to rough-terrain and remote projects.
| Project Type | Typical Requirement | Mobile Pumpcrete Configuration to Consider | Why It Fits |
|---|---|---|---|
| High-rise Building construction | Vertical concrete delivery and continuous pumping | Trailer pump / Boom pump | Trailer pumps support pipeline-based vertical delivery, while boom pumps can place concrete directly where boom reach is sufficient. |
| Rural housing | Compact sites and flexible repositioning | Wheeled boom pump / Mixer pump | Suitable for smaller sites where equipment needs to be repositioned or concrete may need to be produced on site. |
| Mountain construction | Uneven, muddy, or difficult site access | Crawler boom pump / Crawler trailer pump | Crawler chassis can move independently across rough construction terrain. |
| Bridge construction | Flexible placement around bridge structures | Boom pump / Trailer pump | Boom placement provides direct reach, while trailer pumps can deliver concrete through a planned pipeline route. |
| Foundation projects | Large-volume or continuous concrete placement | Trailer pump / Boom pump | Supports continuous concrete delivery when sufficient concrete supply is available. |
| Infrastructure projects | High concrete demand and extended operation | High-output boom pump / Trailer pump | Suitable for projects requiring sustained concrete pumping and flexible delivery arrangements. |
| Remote construction | Difficult concrete supply and/or site access | Mixer pump / Crawler pump | Mixer pumps can produce and pump concrete on site, while crawler configurations help address difficult ground conditions. |
Note: This table is just for reference. The final configuration should be confirmed based on required concrete output, pumping distance and height, site conditions, transport arrangements, and concrete supply.
How to Choose the Right Mobile Concrete Pump?
Choose a mobile concrete pump for sale based on five main project requirements: required concrete output, site access and terrain, concrete delivery method, transport requirements, and whether concrete must be mixed on site. The right configuration should provide enough pumping capacity for the planned pour, reach the working area safely, match the site’s ground conditions, and fit the available concrete supply and transportation method.
Match Concrete Output to Your Pouring Demand
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The required concrete output depends on the volume of concrete to be placed, the planned pouring time, and the continuity of the concrete supply. Select a pump with enough actual output to maintain the planned pouring rate rather than choosing a model based only on its maximum rated capacity.
- Small residential or repair work: A lower-output 30-40 m³/h mobile line pump or mixer pump is usually sufficient when concrete volumes are limited.
- Medium-sized building and foundation work: A medium-output 50-60 m³/h trailer pump or mixer pump can support more continuous concrete placement.
- Large-volume or continuous pours: A higher-output 60-120 m³/h boom or trailer pump is more suitable when a steady concrete supply is available.
Consider Site Access Before Selecting the Chassis
- Normal paved roads and frequent road travel: Consider truck mounted type or ABT series
- Rough, uneven, or muddy construction terrain: Consider a crawler type ABY15, ABY18, ALBT series
- Compact sites requiring maneuverability: Consider a wheeled chassis ABY20, ABY26m
- Sites where the equipment is transported by another vehicle: Consider towable trailer configuration, like ABT series, ABJZ series, and ABJW series.
The site access conditions determine which mobile chassis configuration is suitable. Consider the road surface, ground conditions, available working space, and whether the pump must move independently within the site. These requirements should be evaluated together with the pump’s output and concrete delivery method.
The chassis decision should focus on the actual site route and working ground rather than simply selecting the most mobile configuration.
Select Boom Placement or Pipeline Delivery
- Placing-boom delivery: A boom pump places concrete through a hydraulic placing boom. It is suitable when concrete needs to be distributed across a defined working area without repeatedly installing and dismantling delivery pipes. Boom length and positioning range should be considered together with the height and horizontal reach required at the site.
- Pipeline delivery: A line pump delivers concrete through a connected pipeline from the pump to the pouring point. This configuration is useful when the pump can remain in a suitable position while concrete must be delivered over a planned pipeline route, such as to higher floors, foundations, tunnels, or restricted working areas.
The concrete delivery method determines how concrete reaches the final pouring location. The main choice is between placing-boom delivery and pipeline delivery.
The key question is therefore not simply how far the pump can deliver concrete, but how the concrete needs to reach the final placement point.
Decide Whether Concrete Should Be Mixed On Site
- When ready-mixed concrete is available: Consider a ABY series boom pump or ABT series trailer pump. The selection then depends mainly on the required output, site access, and concrete delivery method.
- When concrete must be produced on site: Consider a ABJZ series or ABJW series mixer pump. The integrated mixing and pumping configuration reduces the need for separate concrete mixing and pumping equipment for suitable projects.
The availability of ready-mixed concrete is another key factor when selecting a mobile concrete pump for sale.
This final consideration helps determine whether the project needs concrete pumping only or an integrated mixing-and-pumping solution.
How Much Does a Mobile Concrete Pump Cost?
A new mobile concrete pump for sale typically costs about $12,000 to $92,000+, depending on the pump type, chassis, pumping capacity, boom configuration, and equipment specification. Trailer-mounted models are generally at the lower end of the range, while mobile boom pumps cost more because they combine concrete pumping with mobile chassis or boom systems.
| Mobile Concrete Pump Type | Typical Price Range* |
|---|---|
| Trailer Concrete Pump | $12,000–$43,000 |
| Drum Mixer Concrete Pump | $18,000–$22,000 |
| Vertical Shaft Mixer Pump | $32,000–$35,000 |
| Crawler Concrete Pump | $62,000–$73,000 |
| Truck-Mounted Boom Pump | $80,000+ |
| Wheel-Mounted Boom Pump | $81,000–$92,000 |
Tips: These are indicative price ranges for new equipment. For an exact mobile concrete pump price, provide the required pump type, concrete output, pumping distance, boom length if applicable, engine preference, and destination to get a model-specific quotation.
How Are Mobile Concrete Pumps Moved and Transported?
Mobile pump concrete can move or be transported between job sites in different ways depending on their chassis. Truck-mounted pumps drive directly on roads, crawler-mounted pumps move independently across rough job-site terrain but usually require a flatbed truck for long-distance transfer, while wheeled and trailer-mounted pumps can be repositioned or transported using towing or lifting equipment.
| Chassis Type | How It Moves on Site | How It Is Transported Between Sites | Main Mobility Advantage |
|---|---|---|---|
| Truck-mounted | Drives on its truck chassis | Drives directly on public roads | Fast site-to-site relocation |
| Crawler-mounted | Moves independently on crawler tracks | Usually transported by flatbed truck for long distances | Better mobility on rough or muddy ground |
| Wheeled Mounted | Moves on wheels and can be repositioned around the site | Towed or transported according to the configuration | Compact and easy to reposition |
| Towable trailer | Repositioned by towing equipment | Towed by a suitable vehicle | Flexible transport without a dedicated road-going chassis |
On-Site Mobility vs. Between-Site Transportation
The way a mobile concrete pump moves within a construction site is not always the same as how it is transported between projects. A crawler-mounted pump, for example, can move independently across rough ground at the job site but normally needs a flatbed truck for longer road transfers. A trailer pump does not drive independently; it is positioned by a towing vehicle.
This distinction is important when planning equipment logistics. Consider both the working-site movement and the transport method between projects before selecting the pump configuration.
What to Check Before Transporting a Concrete Mobile Pump
Before moving a pump, check four practical requirements:
- Road access: Whether the transport route can accommodate the pump and its dimensions.
- Ground conditions: Whether the working area can support the selected chassis.
- Loading requirements: Whether a flatbed, towing vehicle, forklift, or lifting equipment is needed.
- Site-to-site frequency: Whether the pump needs to relocate frequently between projects or mainly move within one site.
These factors determine not only how the pump reaches the project, but also how easily it can be repositioned once concrete pumping begins.
Mobile Concrete Pump: Operation, Transport & Maintenance
| Operation & Maintenance | Key Information |
|---|---|
| Before Pumping | Check the hydraulic system, power system, lubrication, pipeline, and safety components before operation. |
| During Pumping | Maintain a continuous concrete supply and monitor the pump and pipeline for abnormal pressure or blockages. |
| After Pumping | Remove remaining concrete from the hopper and pumping system promptly to prevent concrete from hardening inside the equipment. |
| Pipeline Cleaning | Clean the delivery pipeline with water, sponge balls, or other approved methods according to the pump model and operating procedure. |
| Routine Maintenance | Lubricate moving parts, clean the equipment, check hydraulic and electrical systems, and inspect wear parts such as the wear plate, cutting ring, and delivery pipe. |
