Struggling with tight project schedules, remote job sites, or rising concrete delivery costs? On many projects, delays in material supply and transportation inefficiencies can quickly slow down construction progress and increase overall expenses. A portable concrete batching plant helps solve these challenges by enabling on-site concrete production, improving scheduling flexibility and reducing reliance on external supply chains.
Portable concrete batching plants are generally divided into three main series: the AJSY compact series, the AJZY drum-type series, and the AJY flexible capacity series. Understanding these types helps you quickly identify the right solution for different construction needs.
The AJSY series compact portable concrete plant is designed for small contractors and rural construction projects that need fast-deployment, and easy-to-operate on-site concrete production. It is widely used in rural housing, village road works, and small irrigation projects.
The system is designed for low to medium production demand, supporting small batch and frequent mixing operations. It is suitable for C15–C30 concrete used in rural housing foundations, road repairs, and small civil works, avoiding unnecessary investment in oversized equipment.
The plant is built on a compact integrated chassis that can be towed by a standard truck. With a lightweight structure (typically 3–8 tons), it can operate on rural roads, narrow passages, and uneven sites, making it suitable for remote or scattered job locations.
All key systems—including mixer, batching unit, water tank, and control system—are pre-installed on one chassis. The plant can be installed and start production within a few hours after arrival, requiring only basic leveling and 1–2 operators.
The simplified structure reduces purchase cost and maintenance workload. Main wear parts such as mixing blades and liners are easy to replace on-site, making it suitable for small teams or independent contractors with limited technical support.
The system supports semi-automatic or basic PLC control, allowing operators to manage batching and mixing through an intuitive interface or remote controller. This reduces skill requirements and training time.
The AJZY series drum type portable batching plant is designed for small construction teams that need low-cost, easy-to-operate, and highly mobile concrete production. It is widely used in rural housing, road repair, and small civil works.
The plant integrates the drum mixer, batching system, and control unit into a single trailer-mounted chassis. It can be transported by standard truck and installed on simple leveled ground (a slope of no more than 3°), starting operation within 1–3 hours.
It is suitable for low-volume concrete production such as C15–C30 applications, including rural housing foundations and small infrastructure repairs. The drum system ensures stable mixing with lower energy consumption.
The system uses manual or semi-automatic control, operators can typically learn the basic operation within 1–2 hours, with no specialized training required. Key wear parts such as blades and liners are easy to replace, reducing maintenance cost.
With a compact footprint (around 100–300 m²), it can be installed in narrow or rural sites such as yards, roadside areas, or farmland edges, reducing transportation distance and improving efficiency.
Our AJY series is a portable concrete batching plant designed for fast deployment, stable on-site production, and flexible use across small to medium construction projects. The popular models are AJY60 and AJY90.
This mobile batching plant integrates the mixer, batching system, and conveyor on a single movable chassis with a modular structure. It requires no complex foundation and can be quickly assembled or dismantled on site, reducing installation time to about 1–3 days compared to 3–4 weeks for stationary plants.
Designed with a tire-mounted chassis, the plant can be easily transported by trailer and adapted to various road conditions, including construction roads and unpaved surfaces. This allows fast relocation between job sites and solves the limitation of fixed installation.
With a production range of 25–90 m³/h, it is suitable for small and medium-scale projects such as roads, bridges, housing, and repair works. The automated control system enables full batching, weighing, mixing, and discharging with high precision (aggregate ±2%, cement/water ±1%), allowing operators to quickly get started.
Only a leveled ground with a slope ≤3° is required for installation, with a compact footprint of about 300–500㎡. The modular design also simplifies maintenance and reduces both installation and transportation costs compared to stationary batching plants of similar capacity.
| Comparison Item | AJY Series | AJSY Series | AJZY Series |
|---|---|---|---|
| Mixer Type (Key Difference) | JS Twin-Shaft Concrete Mixer | JS Twin-Shaft Concrete Mixer | JZM Drum Concrete Mixer (self-falling type) |
| Maximum Concrete Grade | C15–C60 | C15–C30 | C15–C30 |
| Rated Productivity | up to 90 m³/h | 20–60 m³/h | 40–60 m³/h |
| Key Advantages | High mixing efficiency, large discharge capacity, accurate batching, excellent stability for continuous production | Compact and lightweight structure, twin-shaft forced mixing, uniform mixing quality, stable discharge, easy relocation, low failure rate, and excellent cost performance | Extremely simple structure, very low failure rate, minimal maintenance requirements |
| Suitable Material Characteristics | Flowable concrete, ready-mix concrete, and general engineering concrete | Flowable concrete, plastic concrete, and standard & medium-strength concrete for most small and medium construction projects | Low-strength plastic concrete, foundation layers, floor concrete, and general-purpose concrete |
| Site Requirement & Mobility | Requires larger site area (300–500 m²); mobile but more suitable for long-term projects | Compact footprint(about 200 m²), space-saving design, easy relocation, ideal for confined job sites | Site area (100–300 m²), highly adaptable to various environments, suitable for remote areas and temporary construction sites |
| Automation & Batching Accuracy | Advanced fully automatic PLC control system with ready-mix plant-level weighing accuracy | Adopting manual or semi-automatic control system | Basic automation with standard batching functions and moderate accuracy |
| Price Positioning | Premium level; highest investment cost (commercial and large-scale engineering projects) | Mid-range, cost-effective solution (compact and versatile engineering model) | Entry-level and most economical option (budget-focused solution) |
| Typical Applications | Municipal roads, bridges, high-rise buildings, commercial concrete production, and long-term large-volume construction projects | Small to medium municipal projects, residential construction, precast component production, confined job sites, and projects requiring frequent relocation | Rural roads, floor slabs, foundation backfilling, self-built houses, and low-grade concrete applications |
| Model | AJY-60 | AJY-90 |
|---|---|---|
| Theoretical production efficiency (m3 /h) | 60 | 90 |
| Mixer discharge capacity (liter) | 1000 | 1500 |
| Mixer feeding capacity (liter) | 1600 | 2400 |
| Mixer motor power (kw) | 18.5×2 | 30×2 |
| Discharge height (m) | 4.1 | 4.1 |
| Aggregate storage capacity (m3) | 8×3 | 12×3 |
| Working cycle period (sec) | 60 | 60 |
| Maximum aggregate particle size (mm) | 80/100 | 80/100 |
| Cement silo (tons) (optional) | 100×1 | 100×2 |
| Aggregate weighing system precision | ±2% | ±2% |
| Accuracy of powder weighing system | ±1% | ±1% |
| Precision of water weighing system | ±1% | ±1% |
| Accuracy of additive weighing system | ±1% | ±1% |
| Installation power (kw) | ≈100 | ≈140 |
| Traction method | semi-trailer | semi-trailer |
| Control mode | computer control | computer control |
| Power supply | 220V/415V/440V/380V, 50Hz/60Hz, three-phase | |
| Model | AJSY20 | AJSY40 | AJSY60 |
|---|---|---|---|
| Theoretical productivity (m³/h) | 20 | 40 | 60 |
| Mixer discharge volume (L) | 500 | 1000 | 1500 |
| Mixer feeding volume (L) | 750 | 1500 | 2250 |
| Mixer power (kw) | 18.5 | 18.5×2 | 30×2 |
| Discharge height (m) | 4.1 | 4.1 | 4.1 |
| Aggregate bin configuration (number × single bin volume, m³) | 2×4.5 | 2×4.5 | 2×4.5 |
| Cycle time (s) | 60 | 60 | 60 |
| Maximum aggregate particle size (mm) | 60/80 | 60/80 | 60/80 |
| Cement silo (optional) | 1×100 | 1×100 | 1×100 |
| Aggregate weighing system | ±2% | ±2% | ±2% |
| Powder weighing system | ±1% | ±1% | ±1% |
| Water weighing system | ±1% | ±1% | ±1% |
| Additive weighing system | ±1% | ±1% | ±1% |
| Installed power (kw) | ≈50 | ≈70 | ≈100 |
| Control mode | Buttons + Touch Screen + Remote Control | ||
| Power supply | 220V/415V/440V/380V, 50Hz/60Hz, three-phase | ||
| Parameter | Model | Unit | AJZY-40 | AJZY-60 |
|---|---|---|---|---|
| Theoretical production efficiency | Cubic meters per hour | 30-40 | 50-60 | |
| Drum mixer | -Kilowatts | JZM1000 | JZM1500 | |
| Motor power | kW | 7.5×2 | 11×2 | |
| Mixing time | second | 40 | 40 | |
| Discharge height | meters | 1.3 | 1.3 | |
| Batching machines | Dosing machine | -cubic meters | PLD1200 | PLD1600 |
| Hopper capacity | Cubic meters | 5×2/3 | 8×2/3 | |
| Motor power | kilowatt | 4×2 | 4×3 | |
| Sensor | kilogram | 2000×3 | 2000×3 | |
| Cylinder | - | 100×250 | 100×250 | |
| Belt size | millimeters | 10400×500×2; 4200×500×1 | 10400×500×2; 4200×500×1 | |
| 9000×600×1 | 9000×600×1 | |||
| Feeding height | millimeter | 3200 | 3200 | |
| Cement weighing system | Weighing precision | - | ±1% | ±1% |
| Water weighing system | Weighing accuracy | - | ±1% | ±1% |
| Pump power | Kilowatts | 3 | 3 | |
| Additive weighing system | Weighing accuracy | - | ±1% | ±1% |
| Additive pump power | Kilowatts | 1.1 | 1.1 | |
| Chassis | (Equipment) Size | millimeter | 8410×2000×780 | 11100×2000×780 |
| Tire size | millimeter | 1000 | 1000 | |
| Control systems | Electronic components | - | ZHENG TAI | ZHENG TAI |
| Control system | - | PLY1000 Semi-automatic control system | PLY1000 Semi-automatic control system |
Every construction project comes with different constraints such as remote access, limited space, and strict scheduling requirements. The following real-world applications show how portable concrete batching plants are deployed in practical conditions to ensure stable on-site production and uninterrupted project progress.
For an airport access road project in Wamena, Papua, Indonesia, the customer faced a major logistical challenge. The remote mountainous location had no local ready-mix concrete supply, and transporting fresh concrete over long distances was impractical. In addition, equipment delivery was constrained because major components had to be transported by air.
To meet these requirements, our AJSY-40 compact batching plant was selected for its integrated design, convenient transportation, and fast installation. After commissioning, on-site technical support was provided to assist with equipment setup, operator training, and production optimization, helping the plant adapt to local conditions such as unstable power supply and heavy dust.
With on-site batching in place, the project established a stable and independent concrete production system despite the remote location. The compact plant ensured a continuous supply of fresh concrete for airport road construction, reduced dependence on external logistics, improved batching efficiency through technical support, and helped keep the project progressing on schedule under challenging site conditions.
For a warehouse construction project in Bali, Indonesia, the client needed a reliable on-site concrete supply but had no existing batching equipment, supporting machinery, or operational experience. Relying entirely on external concrete deliveries would have limited construction flexibility and increased scheduling uncertainty.
To help the client start production quickly, an AJZY-50 drum type portable batching plant was supplied together with a self-loading concrete mixer, wheel loader, and excavator, creating a complete on-site concrete production system. This integrated solution enabled the client to batch, mix, and deliver fresh concrete directly at the project site.
With the complete equipment package in place, the customer established an independent concrete supply system without relying on outside ready-mix providers. On-site production improved scheduling flexibility, supported continuous warehouse construction, and gave the project team greater control over daily operations and concrete availability.
The housing development project was carried out in several building zones that progressed at different stages. Using a stationary batching plant would have required long material transport distances or multiple production setups, increasing costs and reducing operational efficiency.
To support changing construction demands, our AJY-60 portable concrete plant equipped with a twin-shaft mixer was selected. Its trailer-mounted modular design allowed the plant to be relocated quickly between work areas, enabling fresh concrete production close to each active construction zone.
By moving the same plant as construction progressed, the customer maintained a reliable on-site concrete supply without investing in multiple fixed installations. The flexible deployment reduced unnecessary material movement, minimized equipment idle time, and helped keep housing construction on schedule across different work areas.
For contractors working in rural areas or remote job sites, obtaining a steady supply of fresh concrete is often a bigger challenge than the construction work itself. Long transportation distances, limited local ready-mix capacity, and changing project schedules can all increase costs and delay progress. A portable concrete plant addresses these issues by bringing concrete production directly to the site, giving contractors and construction teams greater control over quality, timing, and logistics.
Selecting a portable batching plant is not only about comparing specifications, but about ensuring the equipment aligns with real construction conditions. A well-matched plant helps maintain stable production, predictable operating costs, and reliable performance across different job sites throughout its service life.
| Key Aspect | Portable Concrete Batching Plant | Stationary Concrete Batching Plant |
|---|---|---|
| Mobility | Designed for frequent relocation; can be moved between multiple job sites using standard trucks | Fixed installation; remains in one location for long-term production |
| Installation Time | 1–3 days with minimal foundation | 2–4 weeks or more for installation and commissioning after civil foundation is ready |
| Production Capacity | 25–90 m³/h, optimized for flexible small to medium projects | 60–240 m³/h, designed for continuous large-scale production |
| Footprint Requirement | Compact (100–400 m²), suitable for constrained or remote sites | Large (500–1200 m²), requires dedicated industrial land |
| Initial Investment | Lower upfront cost ($50,000–$150,000+), reduced civil work expense | Higher investment ($150,000–$500,000+), but better for long-term fixed production |
| Operational Flexibility | Can be relocated and reused across multiple projects, reducing idle equipment time | Best suited for long-term, single-site operation with stable demand |
| Concrete Application | Ideal for small to medium projects, rural roads, housing, and remote infrastructure | Suitable for highways, commercial concrete supply, and large infrastructure works |
In short, portable concrete batch plants are best for mobile, fast-moving projects that require quick setup and frequent relocation, while stationary plants are more suitable for long-term sites with stable, high-volume production needs. The decision depends on whether your project prioritizes flexibility or continuous output capacity.
To ensure stable performance and consistent concrete quality, a portable concrete batch plant must be operated with proper site setup, routine maintenance, trained operators, and continuous quality control. These practices help reduce downtime, prevent failures, and maintain stable production across different job sites.
Before installation, the ground should be compacted to at least 90–95% density, leveled within ±2 cm tolerance, and equipped with proper drainage to prevent water accumulation after rainfall.
The plant should be placed on a hard, stable working base to avoid chassis deformation during operation. Wheel loaders and concrete trucks should have a minimum 6–8 meter access lanefor smooth material handling.
A properly prepared site ensures accurate weighing, stable mixing, and uninterrupted loading operations.
Key components such as mixer blades, conveyor belts, pneumatic systems, and weighing sensors should be inspected based on operating hours:
For portable plants operating in dusty or high-vibration environments, filter cleaning and bolt tightening should be prioritized after relocation. These steps help maintain batching accuracy and prevent sudden production shutdowns.
Operators should be able to correctly handle:
In remote construction sites, it is recommended that at least one backup operator is trained to avoid downtime caused by personnel absence.
Proper operation ensures consistent batching accuracy and reduces material waste caused by incorrect settings.
Concrete quality should be checked every 30–50 m³ of production or at least every major pour.
Key control points include:
Because portable plants operate under changing site conditions, real-time adjustment of water and mix ratio is essential to maintain stable output quality.
When investing in a portable concrete batching plant, delivery reliability and local technical support are just as important as the equipment itself. For international projects, smooth transportation, proper installation, and responsive after-sales service are key to ensuring uninterrupted on-site production and reducing project risks.
A portable concrete batching plant is a mobile system that produces concrete directly on or near construction sites. It reduces dependence on ready-mix suppliers, helping construction teams save transportation costs and improve on-site production efficiency.
Most portable plants do not require a permanent foundation. They can be installed on compacted and leveled ground, which significantly reduces civil construction work, setup time, and site preparation costs.
Installation usually takes 1 to 3 days depending on the model and site conditions. Modular design and pre-wired systems allow fast setup compared to stationary plants, which may require several weeks of installation and commissioning.
Yes. Portable concrete plants are designed for frequent relocation using trucks or trailers. Modular components and integrated chassis structures allow the equipment to be dismantled and moved efficiently between multiple job sites with minimal downtime.
They are ideal for projects that require flexible or temporary concrete production, including rural infrastructure, road maintenance, small bridges, residential developments, and remote construction sites with limited access to ready-mix suppliers.
Yes. Portable batching plants use similar mixing technologies like twin-shaft mixer. With automated control systems, they can achieve consistent batching accuracy and concrete quality that meets engineering standards for structural applications.
Key factors include project scale, required mobility, automation level, site conditions, and long-term operating costs. Transportation efficiency, maintenance accessibility, and spare parts availability also play an important role in ensuring stable long-term performance.
Investing in a portable concrete batching plant is a practical long-term solution for projects that require flexibility, fast deployment, and stable on-site production. It helps reduce reliance on external suppliers, minimize downtime during site relocation, and improve control over project schedules and costs. Whether you are looking for a reliable equipment supplier or exploring long-term business cooperation opportunities, AIMIX is committed to building mutually beneficial partnerships that support sustainable growth and project success.