Mobile Concrete Batching Plant
A mobile concrete batching plant boasts flexible mobility & integrated operation, enabling quick on-site deployment and on-demand concrete production with adjustable mixing capacity for project needs.
- Theoretical pumping capacity:25-100m³/h
- Types:3
What is Mobile Concrete Batching Plant
A mobile concrete batching plant is a portable, all-in-one space for making concrete. It brings together all the important parts needed to mix concrete into a single frame that you can move around. Unlike stationary concrete plants, which need each part to be installed separately, a mobile plant is taken straight to your job site. It can be up and running fast, without any complicated on-site assembly.
- Mobile Concrete Batching Plant
- DRUM Mobile Concrete Plant
- MINI Mobile Concrete Plant
Mobile Concrete Batching Plant (YHZS25/35/50/75/100)
Full-automatic batching mobile plant with high-precision metering, stable output, suitable for large-scale commercial on-site concrete production of various projects.
| Model | YHZS25 | YHZS35 | YHZS60 | YHZS75 | YHZS120 |
| Concrete output capacity | 15~20m³/hr | 20~30m³/hr | 40~50m³/hr | 60~75m³/hr | 80~100m³/hr |
| Concrete output height (From the ground) | 4.0m | 4.0m | 4.0m | 4.0m | 4.0m |
| Central Mixer | JS500 | JS750 | JS1000 | JS1500 | JS2000 |
| Aggregate bins | 2 bins × 6m³ | 2 bins × 6m³ | 4 bins × 5m³ | 4 bins × 5m³ | 4 bins × 8m³ |
| Aggregate feeding type | By belt | By belt | By belt | By belt | By belt |
| Aggregate weighing accuracy | ±2% | ±2% | ±2% | ±2% | ±2% |
| Water/Cement/Additive weighing accuracy | ±1% | ±1% | ±1% | ±1% | ±1% |
| Production control type | Manual by buttons + Auto by computer (PC) | Manual by buttons + Auto by computer (PC) | Manual by buttons + Auto by computer (PC) | Manual by buttons + Auto by computer (PC) | Manual by buttons + Auto by computer (PC) |
| Chassis & Tyres | 1 axle × 4 tyres | 1 axle × 4 tyres | 1 axle × 4 tyres | 1 axle × 4 tyres | 1 axle × 4 tyres |
| Max. travelling speed (Be dragged) | 50km/hr | 50km/hr | 40km/hr | 30km/hr | 30km/hr |
| Total power | ≈50kw | ≈60kw | ≈80kw | ≈100kw | ≈130kw |
| Optional Parts | |||||
| Screw conveyor | Φ219 × 12000mm | Φ219 × 12000mm | Φ219 × 12000mm | 2 × Φ219 × 12000mm | 2 × Φ273 × 15000mm |
| Cement hopper | 2 tons (≈1.5m³) | 2 tons (≈1.5m³) | 2 tons (≈1.5m³) | / | / |
| Cement silo | 50 tons | 50 tons | 80~100 tons | 2 × 100 tons | 2 × 100 tons |
DRUM Mobile Concrete Plant (YHZM25/35/50/75/100)
Drum-type mixing mobile plant with simple structure, easy maintenance and high cost performance, ideal for general construction and on-site mixing demands.
| Model | YHZM20 | YHZM30 | YHZM50 | YHZM75 | YHZM100 |
| Concrete output capacity | 15~20m³/hr | 20~30m³/hr | 40~50m³/hr | 60~75m³/hr | 80~100m³/hr |
| Concrete output height (From the ground) | 1.0m | 1.2m | 1.2m | 1.2m | 1.2m |
| Central Mixer | JZM500 | JZM750 | JZM1000 | JZM1500 | JZM2000 |
| Aggregate bins | 2~3 bins × 4m³ | 2~3 bins × 4m³ | 3 bins × 6m³ | 3 bins × 6m³ | 3 bins × 8m³ |
| Aggregate feeding type | By belt | By belt | By belt | By belt | By belt |
| Aggregate weighing accuracy | ±2% | ±2% | ±2% | ±2% | ±2% |
| Water/Cement/Additive weighing accuracy | ±1% | ±1% | ±1% | ±1% | ±1% |
| Production control type | Manual by buttons + Auto by touch-screen | Manual by buttons + Auto by touch-screen | Manual by buttons + Auto by touch-screen | Manual by buttons + Auto by computer (PC) | Manual by buttons + Auto by computer (PC) |
| Chassis & Tyres | 2 axles × 4 tyres | (2as × 2ts) + (1as × 4ts) | (2as × 2ts) + (1as × 4ts) | 3 axles × 4 tyres | 3 axles × 4 tyres |
| Max. travelling speed (Be dragged) | 60km/hr | 60km/hr | 50km/hr | 50km/hr | 40km/hr |
| Total power | ≈25kw | ≈30kw | ≈45kw | ≈60kw | ≈80kw |
| Optional Parts | |||||
| Screw conveyor | Φ219 × 9000mm | Φ219 × 9000mm | Φ219 × 12000mm | 2 × Φ219 × 12000mm | 2 × Φ219 × 12000mm |
| Cement hopper | 2 tons (≈1.5m³) | 2 tons (≈1.5m³) | 2 tons (≈1.5m³) | 2 × 2 tons (≈1.5m³) | 2 × 2 tons (≈1.5m³) |
| Cement silo | 50 tons | 50 tons | 50 tons | 100 tons | 100 tons |
MINI Mobile Concrete Plant (MCBP25/35/50)
Ultra-compact and lightweight mini mobile plant, easy to tow and install, perfect for small-scale construction, emergency projects and temporary on-site concrete needs.
| Model | MCBP25 | MCBP35 | MCBP50 |
| Concrete output capacity | 20~25m³/hr | 30~35m³/hr | 50~60m³/hr |
| Concrete output height (From the ground) | 0.5m | 0.5m | 0.5m |
| Central Mixer | JS500 | JS750 | JS1000 |
| Aggregate bins | 2 bins × 3m³ | 2 bins × 3m³ | 2 bins × 4m³ |
| Aggregate feeding type | By 2 belts | By 2 belts | By 2 belts |
| Aggregate weighing accuracy | ±4% | ±4% | ±4% |
| Water/Additive weighing accuracy | ±2% | ±2% | ±2% |
| Cement weighing accuracy | ±1% | ±1% | ±1% |
| Production control type | Manual by buttons + Auto by touch screen | Manual by buttons + Auto by touch screen | Manual by buttons + Auto by touch screen |
| Chassis & Tyres | 2 axle × 2 tyres (14-17.5) | 2 axle × 2 tyres (14-17.5) | 2 axle × 2 tyres (14-17.5) |
| Max. travelling speed (Be dragged) | 80km/hr | 80km/hr | 60km/hr |
| Total power | ≈45kw | ≈57kw | ≈64kw |
| Optional Parts | |||
| Screw conveyor | Φ219 × 9000mm | Φ219 × 9000mm | Φ219 × 9000mm |
| Cement hopper | 2 tons (≈1.5m³) | 2 tons (≈1.5m³) | 2 tons (≈1.5m³) |
| Cement silo | 50 tons | 50 tons | 50 tons |
Applications of Mobile Concrete Batching Plants
Mobile concrete batching plants boast exceptional adaptability, capable of covering nearly all construction scenarios requiring concrete. They can easily meet the demands that fixed concrete batching plants are unable to satisfy, in particular.
- Small and medium-sized residential and commercial construction
Many residential communities and small commercial projects start with limited space on the job site, so a stationary batching plant isn’t suitable. Mobile plants take up very little space, and once the project is finished, you can move them quickly to the next job, no expensive downtime for your equipment. They’re also perfect for construction done in phases, where you need to move concrete production around the job site.
- Temporary construction sites
For temporary structures like on-site construction offices, worker dormitories and small auxiliary facilities, these plants provide fast, on-demand concrete. Their quick setup shortens the time it takes to build these temporary structures, so you can start the main project sooner.
- Infrastructure projects
Including water conservancy, power engineering and municipal renovation jobs like laying water pipes, renovating squares, reinforcing reservoirs and upgrading sewer lines. These projects often need concrete in multiple scattered locations, and the mobile plant can move easily as construction progresses, adapting to different site conditions and space limits.
- Emergency works
When natural disasters like earthquakes or floods happen, rebuilding quickly is crucial. These plants can be taken to disaster zones fast, even to areas with damaged roads. They can be set up in one to two days and provide a steady supply of concrete for repairing roads.
Difference of Mobile Concrete Batching Plant & Stationary Concrete Batching Plant
Construction professionals often mix up mobile and stationary concrete batching plants, and it’s easy to see why. Both pieces of equipment make concrete, but they’re built for totally different construction situations, with big differences in how mobile they are, what’s needed for installation, their cost structures and what they’re meant to be used for.
Different Mobility and installation deployment
Stationary concrete batching plants need a permanent, dedicated piece of land and professionally poured concrete foundations. They’re put together from separate modular parts like mixers, batchers and silos, and once they’re fully installed on their foundations, you can’t move them at all. Setting up a stationary plant takes several weeks, even months, and involves a lot of pre-construction work.
Mobile concrete batching plants, though, don’t need any permanent foundations or a fixed dedicated site at all: the whole production system is built into a single movable steel frame, which can be hauled to job sites with just one trailer. Most mobile models can be set up and ready to use in only one or two days, with no complicated assembly needed.
Different use cases
Each matching specific project needs. Stationary concrete batching plants are the best choice for large-scale, long-term construction projects that need a steady, high amount of concrete every day.
Mobile concrete batching plants work great for temporary, scattered or remote construction projects that need to be moved often or have short construction timelines like upgrading rural roads, building bridges in phases, post-disaster reconstruction and small municipal infrastructure projects.
Difference of upfront investment and associated costs
Stationary concrete batching plants have high upfront costs, including money for buying or leasing land, pouring concrete foundations, installing modular parts and hooking up utilities, which plus big dismantling costs once a project is done. They also need a large team of operators, usually five or more skilled workers, to handle daily production and regular maintenance.
Mobile concrete batching plants have low upfront costs, because they take up very little space, only need one or two operators for daily use, and mixing concrete on-site cuts transportation costs and material waste a lot.
Different configuration focuses and production capacity
Stationary batching plants are built first and foremost for maximum durability and top production efficiency, and they can make far more concrete than mobile models. Some large plants can produce over 200 cubic meters of concrete an hour and are made with heavy-duty, industrial-grade parts that can handle non-stop continuous operation. They can be fully customized to meet the needs of ultra-high-volume production or making special concrete mixes for unique projects.
Mobile batching plants have a production capacity of 25 to 120 cubic meters an hour, covering small to large-scale production needs, and their components are designed with integration and portability as the main focus. All main parts are compact but strong, with a simple design that makes it easy to transport them to any job site.
Difference of maintenance and operational flexibility
Stationary concrete batching plants need a lot of tedious, time-consuming maintenance and their separate modular design means every component needs its own regular inspection and upkeep, which requires a dedicated, skilled maintenance team on-site. Once installed, you can’t move them, so they only add value for the specific project they were built for.
Mobile concrete batching plants, by contrast, have simple, easy maintenance needs. Their all-in-one integrated design means there are far fewer parts to check and maintain, and most routine maintenance tasks like cleaning, tightening fasteners and replacing wear parts, which can be done by on-site operators with basic equipment training. The obvious character is that you can move them quickly to any job site, they adapt easily to different road conditions and space limits at various sites.
Maintenance Skills of Mobile Concrete Batching Plants
Mobile concrete batching plants are designed to need little maintenance, but regular care is still important. It helps make the plant last longer, prevents unexpected breakdowns and ensures consistent concrete quality. The good news is that maintenance is simple and most tasks can be done by your on-site operators with basic training.
- Daily maintenance
Leftover concrete hardens and forms lumps over time, which can wear down mixing blades, liners and conveyors. This leads to poor mixing quality and expensive part replacements. Clean the mixer, bather, conveyor and hopper. Pay close attention to the internal blades and liner plates of the mixer. For tough concrete lumps that won’t come loose with regular cleaning, mix water and concrete dissolvers to break them down fully.
Check the oil level of every mechanical component on the plant, and top up any low spots right away to keep everything running smoothly. Tighten all loose fasteners like bolts, nuts and other fittings at every connection point. - Set up regular full inspections either weekly or monthly,
Based on how much the batching plant is actually used. Weekly inspections is suitable for plants that run non-stop around the clock, while monthly checks are enough for units that only operate on and off.
Make core system checks the top priority during these inspections: for the electrical system, look for old, frayed wiring, loose electrical connections and water damage to the control panel. Electrical problems are the main reason for unplanned plant downtime and make sure all sensors and gauges work perfectly at all times.
For the hydraulic system, check every hose and valve for even the smallest leaks. Small leaks don’t just cut down on operational efficiency, they’ll turn into big, costly problems as time goes on, so replace any worn or damaged hoses right away. - Careful moving and storing
They are crucial, because mobility is one of their biggest design perks. When transporting the plant, fasten all detachable parts like hoppers and control panels. Firmly to the main chassis to stop collisions, excessive shaking and physical damage while moving, driving slowly on rough, bumpy roads to cut down on the shock and vibration the equipment takes.
If the plant will be out of use for a long time, such as between different construction projects, store it in a dry, covered space to protect all electrical components from moisture and rain, which can cause dangerous short circuits. Cover the mixer and batcher with protective sheeting to keep dust and debris out, and put lubricant on all moving parts before storing the plant to prevent rust and corrosion from forming.
How to Choose a Suitable Mobile Concrete Batching Plant
Many construction teams make the mistake of choosing a mobile batching plant based only on price or how much it can produce. But the best choice is always the one that fits your project’s unique needs. A plant that’s too big will waste your investment and cost more to operate, while a plant that’s too small will slow down construction and cause bottlenecks. Following a step-by-step process can help you choose the right one.
- 01
To figure out exactly how much concrete you need
This is the most important part of your decision. Calculate how much concrete your project needs each day, not just each hour, to avoid picking a plant that’s too big or too small. For small projects like rural roads and courtyard renovations with low daily demand, a small-scale plant (25 to 35 cubic meters per hour) is enough. For large projects like bridges and industrial parks that need a lot of concrete consistently, choose a large-scale plant that can make 75 cubic meters per hour or more.
- 02
To pick the right main parts
The quality of these parts directly affects the quality of the concrete and how long the plant lasts, so don’t cut corners here. When it comes to mixers, twin-shaft mixers are the most versatile. They mix quickly and make uniform concrete for almost all standard construction projects. If you need special concrete—like high-strength, self-compacting or fiber-reinforced concrete—choose a planetary mixer for more thorough mixing.
- 03
To pick the adaptable control system
Choose between automatic and semi-automatic based on how skilled your operators are. Automatic systems are best for new teams, with pre-set recipes and little manual input to reduce mistakes. Semi-automatic systems are better for experienced operators who need to adjust mixing settings flexibly for custom concrete grades.
- 04
To pay attention to chassis’ s quality
The chassis is the main support of the mobile plant, so choose a heavy-duty design that can handle heavy loads and resist shock. This is especially important if your projects are in remote areas with rough, unpaved roads. A strong chassis makes sure the plant is transported safely and lasts a long time.
- 05
To think about how easy it is to transport and set up the plant
A mobile plant is only useful if you can move it easily and set it up without trouble. Check the plant’s size and weight to make sure it fits with your existing transport trucks or trailers. Avoid models that are too big and need special permits or heavy-duty haulers.
- 06
To check the manufacturer’s quality and after-sales service
Never settle for a low-quality manufacturer. Cheap, unbranded plants might save you money at first, but they often use poor materials, break down often and have no after-sales support. Choose qualified, trusted manufacturers with CE, ISO or other international quality certifications. It’s also important to check the manufacturer’s after-sales service, including on-site maintenance, supply of spare parts and technical support.
- 07
To plan your budget carefully
Price is important, but it shouldn’t be the only thing you consider. Don’t just choose the cheapest option, because cheap plants have high long-term maintenance costs and may need frequent part replacements. Instead, balance cost and performance within your budget. Choose an affordable plant that meets your capacity and part needs and has a history of being reliable.
Benefits of Mobile Concrete Batching Plants
- Flexible and portable
You don’t need a permanent job site, poured concrete foundations or a dedicated piece of land to set them up. A single trailer can take the whole plant to almost any location, including remote mountain road sites, tight temporary construction areas in cities and isolated rural building spots that are hard to reach with ready-mix concrete trucks. They go exactly where the work needs to be done.
- Quickly to be set up
Most mobile batching plant models can be installed, tested and ready to use in just one or two days. Compare that to stationary batching plants, which take weeks or even months to get up and running. Setting up a stationary plant involves pouring foundations, putting together modules and testing systems. This fast setup for mobile plants cuts down a lot on project preparation time, where time is tight and every day matters.
- Save you money
Upfront costs are lower because you don’t need to do complex module installation or pay for expensive dismantling, costs that add up fast for stationary plants. Meanwhile, mixing concrete on-site means you don’t have to pay for the high cost of transporting ready-mix concrete long distances. It also stops concrete slump loss, which is a common issue when concrete is hauled far, and reduces waste so you use only the materials you need.
- Easy to use
It means fewer mistakes from workers. Their all-in-one design means you don’t have to coordinate between separate parts. The digital control panel has easy-to-use controls, pre-set mixing recipes and real-time production monitoring. Even operators with basic training can learn to use them quickly.
- High efficiency
A precise digital batching system controls how much cement, aggregate, sand and water goes into each batch with great accuracy. This makes sure the concrete is uniform and meets industry standards for grades from C10 to C60.
- Adjustments for Eco-friendliness
With increasingly stringent environmental requirements, mobile concrete batching plants have been optimized accordingly. Most are equipped with dust removal and noise reduction devices, complying with global environmental standards, meeting the requirements of green construction and preventing construction progress.
EPDAS Mobile Concrete Batching Plant Projects
Equipment Details Display
Mobile concrete batching plant integrates all core systems in a movable steel structure, enabling on-site quick deployment and flexible relocation, with precise batching, stable mixing performance, no complex foundation, ideal for temporary engineering, road & bridge construction and mobile concrete supply scenarios.
Mobile Concrete Batching Plant FAQs
- How do I choose the right concrete batching plant for my project?
To choose the right concrete batching plant, consider factors such as required output capacity, project duration, site size, and budget. Mobile concrete batching plants are suitable for temporary or remote projects, while stationary batching plants are ideal for long-term, high-capacity concrete production. We are a Professional supplier and can help you select the most efficient solution.
- What types of mixers are used in concrete batching plants?
Concrete batching plants can be equipped with twin-shaft mixers, planetary mixers, pan mixers, or single-shaft mixers. Twin-shaft mixers are widely used in stationary concrete batching plants due to their high output and strong mixing performance, while planetary mixers are ideal for precast concrete and high-quality concrete production. Choosing the right mixer depends on concrete grade, production capacity, and project requirements.
- Can a concrete batching plant control system be customized?
Yes. The batching plant control system can be fully customized, including PLC brand, interface language, automation level, and data management functions. Advanced options include remote monitoring, automatic reporting, and production data storage, making the concrete mixing plant easier to operate and manage.
- What power supply standards can concrete batching plants support?
Concrete batching plants can be designed to match different international electrical standards, such as 380V 50Hz, 415V 50Hz, or 440V 60Hz. Electrical components are selected according to local power conditions to ensure safe and stable operation.
- Can concrete batching plants operate in extreme climates?
Yes. Customized concrete batching plants can be designed for hot, cold, dusty, or humid environments. Options include thermal insulation, heating systems, dust collectors, and corrosion-resistant materials to ensure reliable performance in harsh working conditions.
- What is the delivery time for a concrete batching plant?
The production time for a concrete batching plant usually ranges from 15 to 45 days, depending on capacity and customization requirements. Shipping time varies by destination. EPDAS can provide clear delivery schedules and export support.
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