Medium Concrete Batching Plant Manufacturer
Heavy-duty, modular medium concrete batching plant models engineered for commercial ready-mix supply, large-scale infrastructure projects, and highway engineering. Deliver high-capacity automated blending with optimized operational efficiency.
75 - 120 m³/h
Output Capacity
Belt Conveyor
Continuous Fast Feeding
Full Automation
PLC Twin-Screen Control
Working Principle
What Is A Medium Concrete Batching Plant?
A medium concrete batching plant (commonly deployed as a commercial ready-mix concrete plant) is a high-efficiency production network engineered to mix large quantities of fresh concrete consistently. This configuration upgrades to a continuous inclined belt conveyor system for aggregate feeding, integrating heavy twin-shaft compulsory mixers, multi-silo powder weighing units, and precision liquid additive dosing scales into a heavy-duty structural tower.
Zhonghui Machinery medium-scale stations balance large output requirements with manageable site deployment budgets, providing excellent durability under continuous heavy workloads.
Ideal Applications & Construction Processing:
Commercial Ready-Mix Supply: Establishing local commercial concrete supply stations for urban development and concrete truck fleets.
Heavy Infrastructure Engineering: Large-scale highway construction, long-span bridge building, airport runways, and hydroelectric dam foundations.
Industry Scenarios: Medium-to-large concrete manufacturing factories, international construction engineering groups, and regional high-grade ready-mix suppliers.
Working Process
How Does a Medium Concrete Batching Plant Work Work?
Continuous heavy-duty belt feeding and twin-shaft blending sequence inside our medium concrete batching plant.
Our Advantages
WHY CHOOSE OUR MEDIUM CONCRETE BATCHING PLANT
Heavy-duty belt feeding engineering designed for stable mass production and long-term mechanical uptime.
High Production Output
Our medium concrete batching plant layout ensures consistent, massive concrete yield.
Enclosed Belt Feeding
Continuous inclined belt conveyor delivers rapid material charging and low dust emissions.
Premium Twin-Shaft System
Heavy-duty JS series mixer handles high-viscosity aggregate blending with ease.
Dual-Screen PLC Control
Industrial computer control system features full data logging and remote troubleshooting.
Reinforced Rigid Structure
Thickened structural steel columns provide extreme stability under heavy operational vibrations.
Flexible Silo Extensions
Supports multi-silo layout configurations for customizable cement and ash combinations.
Technical Specifications
Medium Concrete Batching Plant Specifications
Review our field-proven commercial-grade medium concrete batching plant model configurations.
| Model Spec | Theoretical Capacity (m³/h) | Mixer Model Type | Mixer Motor Power (kW) | Discharge Height (m) | Total Power Requirement (kW) |
|---|---|---|---|---|---|
| HZS75 | 75 | JS1500 Twin-Shaft | 2 × 30 | 3.8 / 4.2 | ~ 120 |
| HZS90 | 90 | JS1500 Heavy-Duty | 2 × 30 | 3.8 / 4.2 | ~ 145 |
| HZS120 | 120 | JS2000 Twin-Shaft | 2 × 37 | 4.2 | ~ 185 |
FREQUENTLY ASKED QUESTIONS
EVERYTHING YOU NEED TO KNOW
Find expert answers to the most common questions about our medium concrete batching plant configurations, including ready-mix layout logistics and industrial electronic configurations.
Q1: Why do medium concrete batching plant models switch from hoist skips to belt conveyors?
A: Medium concrete batching plant models (like HZS75 to HZS120) use continuous belt feeding because it moves much larger volumes of rock and sand per hour safely. Belt feeding maximizes production speed, lowers maintenance wear compared to steel cables, and includes external environmental hoods to prevent aggregate dust drift.
Q2: Can the centralized plant control system track separate commercial client accounts?
A: Yes. The industrial software platform features automated database printing. It automatically stores delivery batch data, concrete formulas, individual truck numbers, and exact material weights, providing complete invoicing data transparency for commercial ready-mix operators.
Q3: What foundation parameters are required for a medium-scale batching tower?
PE jaw crushers aaA: Because the overall structure weighs significantly more and holds heavy twin-shaft mixers up high, it requires a engineered concrete structural pad foundation. We supply detailed civil engineering structural loading layout blueprints to help you complete foundation drilling ahead of machine arrival.re primarily used for primary crushing of large materials, while PEX jaw crushers are designed for secondary or fine crushing. PEX models produce smaller discharge sizes and are commonly used after primary crushing.
Q4: How does a medium concrete batching plant manage dusty environments?
A: Our medium stations include comprehensive dust-suppression systems. The main mixing block house is enclosed with insulated sandwich steel panels, and all powder weighing vents hook directly into automatic pulse jet fabric baghouse filters to recover air particles efficiently.
Q5: Are the mixing liners and paddles interchangeable between different models?
A: Liners and mixing paddles are sized according to specific mixer model capacities (e.g., JS1500 vs JS2000). We manufacture standard sizes out of high-wear manganese alloy iron, ensuring direct replacement compatibility when order components are dispatched from our parts inventory.
Q6: How many cement silos are typically linked to an HZS90 or HZS120 setup?
A: Standard configurations typically hook up to 3 or 4 vertical bolted steel silos (usually 100t or 150t capacity). This allows operators to split storage between standard Portland cement, fly ash, and specialized structural slag powders simultaneously.
Q7: What is the estimated manufacturing and factory delivery timeline?
A: Due to the extensive structural frame sizes and heavy belt conveyor frameworks, the manufacturing cycle takes 25 to 35 calendar days to complete custom staging, wiring, and safety checkout protocols.
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