A mobile concrete batching plant is designed for projects that need concrete production to move with the jobsite. It integrates aggregate batching, weighing, mixing, cement feeding, water dosing, control, and discharge modules into a relocatable structure, helping contractors reduce setup time for road work, bridge construction, municipal projects, remote sites, and temporary concrete supply.
Compare common mobile batching plant capacity ranges according to project duration, relocation frequency, daily concrete demand, and available site space.
The YHZS25 mobile concrete batching plant is a concrete production equipment that integrates the material storage, weighing, conveying, stirring, unloading and automatic control system of the concrete mixing station with a trailer unit.
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The YHZS35 mobile concrete batching plant adopts the trailer type design, the mixing system, the weighing systems, the screw conveyor and the powder silo are highly integrated, which is the overall structure.
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YHZS50/60 mobile concrete batching plant adopts ingenious design, the mixing system, weighing system, mixing machine, unloading and automatic control system of the mixing station are concentrated in one trailer unit, and the movement of the plant is realized by the trailer.
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YHZS75 is a large-scale concrete mobile batching plant. The design of our mobile batching plant is no longer simply satisfied with the previous miniaturized and simplified design ideas. Large-scale equipment and mobility are further demands of customers.
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YHZS100 mobile concrete batching plant is a new type batching plant adapt to the fast installation and movement. The mixing plant integrates the material storage, weighing, conveying, mixing, unloading and automatic control systems of the concrete mixing plant into a trailer unit.
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This drum mixer mobile concrete plant is a compact mobile drum concrete plant for small project supply, local building work, temporary jobsites, and controlled equipment investment.
Learn moreCompare YHZS models by output capacity, mixer model, total power, aggregate batching layout, mobile chassis design, powder feeding route, and site setup requirements. The best model depends on how often the plant moves and how much concrete each jobsite needs per day.
| Parameter | Model | ||||
|---|---|---|---|---|---|
| YHZS25 | YHZS35 | YHZS50/60 | YHZS75 | YHZS100 | |
| Theoretical Productivity(M³/H) | 25 | 35 | 50/60 | 75 | 100 |
| Concrete Mixer | JS500 | JS750 | JS1000 | JS1500 | JS2000 |
| Batching System | PLD800 | PLD1200 | PLD1600 | PLD2400 | PLD3200 |
| Discharging Height(MM) | 4000 | 4000 | 4000 | 4000 | 4000 |
| The Max. Diameter Of The Aggregates (MM) | 60(80) | 60(80) | 60(80) | 60(80) | 60(80) |
| Transportation Dimension（L*W*H）MM | 13105*3020*4398 | 15282*3070*4280 | 16241*3485*4167 | 16711*3485*4314 | 18572*2500*4400 |
| The Speed KM/H | 15 | 15 | 15 | 15 | 15 |
| Turning Radius (M) | 10 | 10 | 10 | 10 | 10 |
A useful mobile plant video should show chassis positioning, aggregate batching, cement silo or screw conveyor connection, mixer operation, control cabinet workflow, truck discharge, and temporary jobsite setup. This helps you understand how quickly the plant can start production after arrival.
The value of a mobile batching plant is not only mobility. Buyers need the plant to arrive with a clear setup sequence, verified accessories, compact layout, practical powder feeding route, and support for future relocation.
The chassis-mounted design allows your plant to be easily towed by a standard truck and quickly assembled at a new site, reduce avoidable downtime between project phases between your project phases.
Unlike stationary models, mobile plants require minimal concrete foundations, helping your project help your project reduce repeated ground preparation and preparation time.
The control room, pneumatic systems, and weighing sensors are pre-installed and debugged in the factory, ensuring accurate batching for your concrete without complex on-site wiring.
Equipped with a robust twin-shaft forced mixer, it delivers stable and uniform concrete quality, matching the performance standards of stationary plants for your critical infrastructure requirements.
The highly integrated structure minimizes the required working area, providing a practical batching solution for your projects located in confined urban construction zones or narrow roadside terrains.
By keeping main components mounted on the chassis, this equipment helps your site avoid the complex packing of scattered parts, support more organized transport planning and preparation time during frequent relocations.
Before shipment, QIC Machinery checks the mobile chassis, outriggers, mixer, aggregate weighing system, cement feeding route, electrical cabinet, cables, bolts, sensors, pneumatic parts, and quick-wear spares. These checks help contractors reduce startup delays when the plant reaches a temporary jobsite.
This finished aggregate batching machine has completed painting and surface treatment before final assembly. Your project can review the equipment structure, coating quality, and production readiness before the mobile batching plant components move into shipment preparation.
QIC Machinery technicians test the control system wiring, electrical cabinet connection, signal response, and operating logic before delivery. This factory debugging process helps your mobile batching plant reduce on-site wiring pressure and supports smoother commissioning after installation.
Before shipment, QIC Machinery organizes plant components, accessories, structural parts, and spare parts according to the loading sequence. This preparation helps your project save container space, reduce loading time, protect key parts during transport, and support more efficient assembly after arrival.
QIC Machinery can support your project with overseas or remote installation guidance according to project conditions, service arrangement, and destination requirements.
A mobile concrete batching plant combines a relocatable chassis, aggregate batching system, mixer, cement silo and screw conveyor connection, water and additive dosing, pneumatic control, PLC cabinet, and compact operator area into one temporary production route.
The aggregate batching machine stores and weighs sand, gravel, and other aggregates before feeding them into the mixing system. Your mobile plant can be configured with different bin quantities and aggregate storage options according to your site space, material types, loader access, and target concrete output.
Before delivery, you should confirm site entrance width, trailer turning space, ground leveling, aggregate storage, cement silo position, water supply, voltage, truck access, lifting support, local operators, and whether the plant will move again after the current project.
Your mobile batching plant may need to move between different jobsites during one project cycle. QIC Machinery helps review transport route conditions, road access, turning space, lifting requirements, and relocation frequency so your plant configuration can better match real site transfer needs.
A mobile concrete batching plant often works on limited or temporary land. QIC Machinery helps you plan aggregate storage, cement silo position, mixer discharge area, truck access, and control room placement so your site can support efficient material flow and daily operation.
Your mobile batching plant should remain practical after the first jobsite. QIC Machinery can help you prepare spare parts planning, maintenance points, dismantling sequence, transport protection, and relocation follow-up so future site transfers can be handled with better coordination.
QIC Machinery supports mobile plant buyers with relocation configuration review, pre-shipment factory checks, delivery preparation, setup sequence guidance, startup support, and spare parts planning for temporary or multi-site concrete production.
Your mobile batching plant should match your project duration, relocation frequency, target capacity, site space, and concrete supply rhythm. QIC Machinery reviews your requirements before production, helping your team choose the right mixer model, batching system, cement silo option, control level, and transport configuration.
Mobile batching plants require reliable wiring, weighing, control, and pneumatic coordination. QIC Machinery tests key electrical and control connections before shipment, helping your project reduce on-site debugging pressure and prepare for faster trial batching after installation.
Your installation schedule depends on how well the equipment is organized before delivery. QIC Machinery prepares components, accessories, structural parts, and spare parts according to container loading and assembly sequence, helping your team save unloading time and reduce missing-part risks.
Your mobile plant may need to serve more than one jobsite. QIC Machinery supports your project with layout guidance, setup references, trial production checks, spare parts planning, and relocation advice, helping your team maintain more stable concrete supply across temporary or changing worksites.
These answers focus on temporary jobsite setup, relocation planning, capacity selection, mobile plant cost factors, cement silo matching, shipping preparation, and the difference between mobile and stationary concrete plants.
Our mobile models generally offer theoretical capacities ranging from 25 m3/h to 100 m3/h, depending on the mixer size, your material feeding efficiency, and specific project conditions.
With suitable site preparation, crane access, power connection, and trained local support, the mechanical installation and commissioning preparation can often be completed faster than a stationary plant.
In many temporary jobsite conditions, a flat and hardened ground can support the main mobile chassis when the ground bearing capacity meets project requirements. QIC Machinery can review your site condition and provide foundation reference before delivery.
The main unit is integrated onto a single trailer chassis equipped with a towing pin and wheels. It can be easily towed by a standard tractor unit on highways or local roads to your next work site.
No. A standard mobile concrete batching plant uses a twin-shaft forced mixer, so your project can still maintain stable mixing uniformity and concrete quality when the plant is configured and calibrated correctly.
Yes. Depending on your material storage needs and local transport limits, QIC Machinery can configure 2-bin or 4-bin aggregate batchers and match them with horizontal or vertical cement silos to fit your exact operational layout.
A standard mobile concrete batching plant usually uses a forced twin-shaft mixer and is more suitable for higher mixing quality and larger project output. A drum-type mobile concrete batching plant uses a drum mixer structure, which is simpler, more compact, and often better for small projects or budget-sensitive projects.
Tell us your target capacity, project type, relocation plan, jobsite access, ground condition, cement silo requirement, voltage, water supply, truck route, destination country, and expected startup date. QIC Machinery engineers will recommend a mobile batching plant configuration and setup preparation plan.
