Main Components & Structure
The HZS180T adopts a unique "T" type integrated structure, which optimizes the layout of each component, makes the overall structure more compact, reduces the occupied area, and lays the foundation for cost saving. Its core components are carefully selected and integrated to ensure stable and efficient operation, and the key components are as follows:
• Mixer: JS3000 twin-shaft concrete mixer, strong mixing force, good homogeneity, suitable for dry hard, plastic, and lightweight aggregate concrete, ensuring high-quality concrete output.
• Aggregate Batching System: PLD4800 four-hopper batching machine, high-precision electronic weighing, stable and reliable feeding, matching the "T" type layout to realize efficient material distribution.
• Weighing System: Independent weighing for aggregate, cement, water, and additive, with high accuracy (aggregate ±2%, powder, water, additive ±1%) and stable proportioning, a key guarantee for concrete quality.
• Conveying System: Belt conveyor, closely integrated with the "T" type structure, stable operation, low failure rate, and reduced energy consumption compared with standard stations.
• Cement Silo & Screw Conveyor: Sealed structure, effective dust prevention, uniform and stable feeding, and the installation position is optimized according to the "T" type layout to save space.
• Control System: Industrial PLC intelligent control system, supporting manual / automatic dual mode, formula storage, real-time monitoring, fault alarm, and data printing, simplifying operation and reducing labor costs.
• Dust Removal Device: Equipped with bag dust collector to meet environmental protection requirements, and the layout is integrated with the "T" type structure to avoid redundant space occupation.
Core Advantages
1. Unique "T" Type Integrated Structure & Significant Cost Saving
Named for its "T" type overall layout, the plant optimizes the spatial arrangement of each system, which is more compact than standard concrete batching plants. It reduces floor space by 20%-30% compared with standard stations, saves site rental costs; the integrated design simplifies installation steps, shortens the installation cycle, reduces labor and installation costs; at the same time, the optimized conveying distance reduces energy consumption, and the overall operating cost is significantly lower than that of standard concrete batching plants.
2. High Efficiency & Stable Output
With a rated output of 180 m³/h, the plant runs continuously and stably, the "T" type layout ensures smooth material circulation, avoids material blocking, and effectively improves production efficiency, meeting large-volume concrete supply requirements of various large-scale projects.
3. High Weighing Precision
Adopting high-precision electronic weighing sensors and closed-loop control technology, the weighing accuracy of aggregates reaches ±2%, and that of powder, water and additives reaches ±1%. The accurate proportioning ensures the stability of concrete quality, avoids quality problems caused by inaccurate weighing, and reduces material waste, further saving costs for users.
4. Intelligent Control System
Fully automatic operation, easy to learn and operate, even for new operators. It can store multiple mixing formulas (C15-C60, road, precast, etc.) and realize one-key switching, reducing labor intensity and improving production efficiency and management level.
5. Durable & Low Maintenance
Key components are made of high-strength wear-resistant materials, and the "T" type structure enhances the overall stability and load-bearing capacity of the equipment, with strong vibration resistance and wear resistance. The equipment has a long service life (8-10 years under normal use) and low daily maintenance cost, further reducing the long-term operating burden of users.
6. Environmentally Friendly Design
Equipped with high-efficiency bag dust collectors and fully sealed conveying channels, effectively reducing dust pollution and meeting national and international construction environmental standards. The environmental protection configuration is integrated with the "T" type structure, avoiding redundant space occupation and additional environmental protection investment.
