150 M³/H STATIONARY CONCRETE BATCHING PLANT
HZS150 Concrete Batching Plant
The HZS150 is a high-capacity stationary concrete batching plant designed for large ready-mix concrete plants, highways, airports, water conservancy works and major infrastructure projects. A typical HZS150 configuration combines a JS3000 twin-shaft compulsory mixer, high-capacity aggregate batching and belt feeding, independent weighing systems and PLC-based automatic control.
150 m³/h
Theoretical Output
JS3000
Twin-Shaft Mixer
3000 L
Nominal Discharge
PLD4800
Typical Batching System
Why Choose the HZS150?
High Production Capacity
With a theoretical output of 150 m³/h, the HZS150 is intended for large projects that require continuous and stable concrete supply.
JS3000 Compulsory Mixing
The typical JS3000 twin-shaft mixer provides a 3000 L nominal discharge capacity and intensive mixing for commercial and engineering concrete.
Automatic Production Control
PLC and industrial computer control coordinate batching, weighing, mixing and discharge, with automatic production and manual backup functions.
HZS150 Technical Specifications
| Theoretical Productivity | 150 m³/h |
| Typical Mixer | JS3000 twin-shaft compulsory mixer |
| Nominal Discharge Capacity | 3000 L |
| Typical Aggregate Batching System | PLD4800 / ground-hopper configuration |
| Aggregate Feeding | Belt conveyor |
| Typical Mixing Cycle | About 60–72 seconds, depending on recipe and configuration |
| Aggregate Weighing Accuracy | Typically ±2% |
| Powder Weighing Accuracy | Typically ±1% |
| Water Weighing Accuracy | Typically ±1% |
| Admixture Weighing Accuracy | Typically ±1% |
| Discharge Height | Typically about 4.0–4.2 m |
| Control System | PLC + industrial computer, automatic control with manual backup |
These are typical reference specifications. Total power, bin capacities, weighing ranges, plant dimensions, electrical components and final layout vary with the selected project configuration.
Main Components
JS3000 Twin-Shaft Mixer
The JS3000 is the typical mixing unit for the HZS150 configuration. Its compulsory twin-shaft mixing action is suitable for high-volume production and different concrete recipes.
PLD4800 Aggregate Batching
A typical PLD4800 or project-specific ground-hopper batching system stores and meters multiple aggregate fractions before belt conveying to the mixing tower.
Independent Weighing
Aggregate, cement and other powders, water and admixtures are weighed independently. Typical reference accuracy is ±2% for aggregate and ±1% for powder, water and admixture.
Silos, Screw Conveyors & Control
Cement and powder silos are connected to the weighing system through screw conveyors. PLC and industrial computer control manage recipes, weighing sequences, mixing and discharge.
How the HZS150 Works
1. Aggregate Batching
Different aggregate fractions are stored and weighed according to the selected recipe.
2. Belt Feeding
Weighed aggregates are conveyed continuously to the mixing tower.
3. Powder Weighing
Cement, fly ash or other powders are transferred from silos and weighed independently.
4. Water & Admixture Metering
Water and admixtures are measured according to the recipe.
5. JS3000 Mixing
All materials enter the twin-shaft mixer for compulsory mixing.
6. Concrete Discharge
The finished batch is discharged to a mixer truck or downstream production equipment.
Optional Configurations & Applications
Available Configuration Options
- Aggregate bin quantity and storage capacity
- Cement, fly ash and mineral powder silo combinations
- Screw conveyor quantity and arrangement
- Dust collection and enclosure systems
- Water and admixture metering configuration
- Electrical components for local voltage and frequency
- Cold-weather or hot-climate solutions
- Transport and site-specific layout design
Typical Applications
- Large commercial ready-mix concrete plants
- Highway and bridge projects
- Airport construction
- Water conservancy projects
- Railway and major infrastructure construction
- Large concrete production bases
Installation, Transport & Commissioning
HZS150 is a large stationary plant, so the final proposal should consider foundation conditions, aggregate feeding layout, silo positions, mixer-truck access, electrical supply and transport restrictions. For export projects, sectional equipment and silo solutions can be selected according to container shipment and destination-site assembly requirements.
Foundation drawings, installation requirements, commissioning arrangements and spare-parts requirements should be confirmed together with the final equipment configuration.
HZS150 FAQ
What is the capacity of the HZS150 concrete batching plant?
The reference theoretical productivity is 150 m³/h. Actual output depends on concrete recipe, mixing time, material feeding conditions, discharge cycle and project configuration.
Which mixer is typically used for HZS150?
A typical HZS150 configuration uses a JS3000 twin-shaft compulsory mixer with a nominal discharge capacity of 3000 L.
Can the HZS150 configuration be customized?
Yes. Aggregate bins, silos, screw conveyors, weighing ranges, electrical standards, enclosure, dust collection and plant layout can be selected according to the project.
What information is needed for an HZS150 quotation?
Provide the destination country, required output, concrete application, aggregate specification, powder materials, silo requirements, voltage and frequency, site conditions and installation requirements.
Get HZS150 Specifications, Configuration & Price
Send us your required capacity, destination country, concrete application, aggregate and powder information, silo requirements, voltage/frequency and site conditions. We will prepare the HZS150 configuration and quotation according to your project.