HZS75 Concrete Batching Plant
Production Capacity:
75 m³/h
Warranty Period:
1 year
No Foundational Design
24/7 Technical Support
Single-Operator Control
PLC Fully Automatic
The AGICO HZS75 concrete batching plant has a theoretical production capacity of up to 75 m³/h. Its core equipment is the AG-JS1500 twin shaft concrete mixer. The plant can be configured as either stationary or mobile, offering flexible adaptation to various construction site conditions. It is widely used in building construction, bridges, highways, water conservancy, and large-scale infrastructure projects. The plant is equipped with a fully automatic control system, enabling automatic batching, automatic mixing, and automatic discharge. It supports continuous production, significantly enhancing construction efficiency.
Contact us today to receive a customized solution tailored to your project needs!
| Mixing Plant (Station) Section | Model | AG-HZS75 |
| Theoretical Productivity (m³/h) | 75 | |
| Standard Discharge Height (m) | 2.7 – 3.8 | |
| Work Cycle Time (s) | 72 | |
| Overall Dimensions (mm) (L × W × H) | 15950 × 18840 × 17245 | |
| Total Installed Power Capacity (kW) | 120 | |
| Mixer Section | Model | JS1500 |
| Batching Machine (Aggregate Batcher) Section | Model | PLD2400 |
| Pneumatic System | Air Compressor Model | 1.0 – 7 |
| Rated Air Displacement (m³/min) | 1.85 | |
| Rated Working Pressure (MPa) | 0.8 | |
| Motor Power (kW) | 11 | |
| Weighing System | Aggregate (Sand & Stone) Weighing Accuracy | ±2% |
| Cement Weighing Accuracy | ±1% | |
| Water Weighing Accuracy | ±1% | |
| Additive Weighing Accuracy | ±2% |
Reasons to Choose AGICO’s HZS75 Concrete Batching Plant
Modular Structure
AGICO batching plants feature a modular design that simplifies routine maintenance while effectively reducing transportation and maintenance costs.
Fast Installation & Commissioning
AGICO batching plants can be installed and put back into operation within 5–7 days, significantly shortening the construction cycle.
Flexible Plant Layout
We customize conveying angles, silo configurations, and batching schemes according to site conditions, providing tailored solutions for each project.
High-Efficiency Mixing Performance
Our core mixing system uses patented shaft-end sealing technology and can be equipped with wear-resistant liners to improve efficiency and reduce maintenance costs.
Main Configuration of AG-HZS75 Concrete Batching Plant
Twin-Shaft Mixer
The standard configuration is the AG-JS1500 mixer, suitable for all types of concrete with aggregate particle sizes ≤100 mm.
Batching System
Equipped with the AG-PLD2400 aggregate batching machine, featuring a hopper capacity of 2400 L, 2–5 aggregate bins, and a theoretical production capacity of 90 m³/h.
Powder Conveying System
Uses high-quality steel pipes for the outer casing and seamless steel pipes for the inner casing. A well-designed screw pitch reduces material compression and prevents clogging.
Aggregate Conveying System
Bucket elevator or belt conveyor options are available. The bucket elevator requires a small footprint, offers high conveying efficiency, and is suitable for various site layouts.
Control System
Supports automatic, semi-automatic, and manual operation, with functions including screen display, recipe storage, automatic drop compensation, and data printing.
Cement Silos
We offer three types—bolted (panel-type) silos, integrated silos, and horizontal silos—equipped with dust collection, anti-bridging devices, and level monitoring systems.
Working Principle of the HZS75 Concrete Batching Plant
System Startup: The operator logs into the control software and enters the operation interface.
Parameter Setting: The operator inputs or selects production parameters, including mix design number, concrete grade, slump, and total output.
Automatic Production: Once production starts, the PLC system sends commands to each module of the batching plant, automatically completing raw material feeding, weighing, loading, mixing, and discharging.
Real-Time Monitoring: During production, the system continuously monitors equipment status. Any abnormal condition triggers alerts on the screen or warning lights, ensuring safe operation.
Precise Feeding: Motors, butterfly valves, and weighing sensors work according to digital signals to maintain accurate material proportions and consistent concrete quality.
High-Pressure Drive: The high-pressure air system supplies sufficient power to aggregate bins, weighing hoppers, and mixer discharge gates, ensuring smooth material flow.
Continuous Production: The system supports uninterrupted production until the set output is achieved and also allows emergency stops or manual operation if needed.
HZS75 Concrete Batching Plant Investment Profit
The HZS75 concrete batching plant is designed with a nominal output capacity of 75 cubic meters per hour, while real-world production typically averages around 60 cubic meters per hour. Based on an operating schedule of 8 hours per day and 300 working days per year, the total annual concrete output can reach approximately 144,000 cubic meters.
Concrete pricing varies by region, but using an estimated market value of about USD 45 per cubic meter, the operation can generate an annual profit of roughly USD 1.7 million. For a customized investment analysis and detailed project planning, please contact AGICO for further consultation.
| Item | Unit Price | Quantity | Total |
|---|---|---|---|
| Annual Operating Revenue | USD 44 | 8 × 300 × 60 = 144,000 m³ | USD 6,400,000 |
| Material Cost | USD 28 / m³ | 8 × 300 × 60 = 144,000 m³ | USD 4,000,000 |
| Energy & Maintenance Cost | USD 2 / m³ | 8 × 300 × 60 = 144,000 m³ | USD 240,000 |
| Labor & Management Cost | USD 6,944 / person / year | 10 people | USD 69,444 |
| Business Tax | 6% | — | USD 384,000 |
| Net Profit | — | — | USD 1,706,611 |
Your Trusted Partner for Full-Scope EPC Solutions
AGICO provides tailored concrete batching plant solutions designed to meet the specific needs. With a professional engineering team and extensive EPC project experience, we can design the most efficient, economical, and practical equipment configuration for your project.
Engineering
Project planning, process design, and construction drawing design.
Procurement
Bidding, purchasing, transportation, and quality control of equipment and materials.
Construction
Civil works, equipment installation, system commissioning, and trial operation.
Delivery & Training
Performance acceptance, operator training, and handover of technical documentation.
How Does AGICO Help Customers Improve Efficiency?
Easy Transportation
The plant occupies a small footprint, adapts to various construction sites, is easy to transport, and can be installed quickly.
Reusable Equipment
The equipment can be flexibly redeployed across multiple projects, improving return on investment.
Factory Direct Pricing
By eliminating intermediaries, procurement costs are reduced while product quality is guaranteed.
Energy-Saving Design
The plant can be equipped with eco-friendly dust collectors, reducing total energy consumption by approximately 20%.
Customizable Configuration
Modular and expandable design meets personalized customer requirements, avoiding unnecessary investment waste.
After-Sales Support
AGICO provides full-process guidance and timely spare parts supply, maximizes project profitability.
Our Services
During the project initiation phase, AGICO systematically evaluates the client’s production requirements and operational conditions, providing:
- Reasonable equipment selection recommendations
- Optimized overall layout for the mixing plant
- Complete batching station design plans and technical drawings
After equipment delivery, AGICO’s technical team is deeply involved in project implementation, including:
- On-site installation guidance and system commissioning
- Systematic training for operators (operation, maintenance, and troubleshooting)
- Provision of complete user manuals and spare parts lists
- Testing all equipment performance indicators until stable production is achieved
- Continuous online technical support throughout the project
In addition, we have established an efficient after-sales response mechanism:
- Response within 10 minutes after customer feedback
- Clear solutions provided within 30 minutes
- After one year of equipment operation, professional engineers conduct inspections and technical follow-ups
- Ongoing monitoring and technical support
