Stabilized soil mixing plant WBC series
The advantages of stable soil mixing station are strong material adaptability, multiple grading and high reliability; compact structure, small area; easy to control, simple installation, debugging and maintenance. Suitable for all sizes of all grades of highway, airports, ports and railway base cons
Product Details
Stabilized Soil Mixing Plant
The stabilized soil mixing plant is a specialized equipment designed for producing high-quality stabilized soil mixtures used in road base construction. It features strong material adaptability, multiple grading capability, and high operational reliability, making it an essential solution for large-scale infrastructure projects.
It is widely used in highways, airports, ports, and railway base construction projects, providing stable and continuous production of high-performance road base materials.
Working Principle
The stabilized soil mixing plant adopts a continuous or batch-type mixing process. Aggregates, cement, lime, fly ash, and other materials are precisely measured by an electronic weighing system and conveyed into the mixing system.
The twin-shaft forced mixer ensures thorough and uniform blending of all materials. The PLC control system manages the entire process automatically, ensuring stable output quality and high production efficiency.
Key Advantages and Features
Modular Design: Easy installation, transportation, and relocation, suitable for different construction sites.
High Precision Batching System: Electronic weighing with frequency conversion control ensures accurate measurement.
Stable Powder Feeding System: Equipped with steady-flow silo design to prevent powder leakage and ensure consistent cement supply.
Efficient Mixing Performance: Twin-shaft continuous forced mixing ensures uniform material blending and high production efficiency.
Advanced Automatic Control: PLC intelligent system enables centralized control and safe operation of the entire plant.
Why Choose Stabilized Soil Mixing Plant?
High Material Adaptability: Suitable for various soil materials and grading requirements.
Stable Production Quality: Ensures consistent road base material quality.
Efficient Operation: Continuous production system improves construction efficiency.
Durable Structure: Designed for long-term heavy-duty operation.
Cost-Effective Solution: Reduces labor and improves material utilization.
Application Scenarios
Highway base construction projects
Airport runway foundation engineering
Railway subgrade construction
Port and dock infrastructure projects
Urban road base stabilization
Large-scale infrastructure development
Main Components
Aggregate Batching System: Accurate measurement of soil, sand, and gravel materials.
Powder Storage System: Cement and lime silos with anti-bridging design.
Mixing System: Twin-shaft continuous forced mixer for uniform blending.
Conveying System: Stable material transportation between systems.
Control System: PLC automated control for safe and efficient operation.
Get a Customized Solution
We provide customized stabilized soil mixing plant solutions based on your project requirements, production capacity, and engineering standards. Whether for highway, airport, or railway construction, we can design the most suitable configuration for you.
Contact us today to get a detailed quotation and technical proposal within 24 hours.
Product Specifications
| Model | WCB200 | WCB300 | WCB400 | WCB500 | WCB600 |
|---|---|---|---|---|---|
| Rated production capacity (ton / h) | 200t/h | 300t/h | 400t/h | 500t/h | 600t/h |
| Capacity (ton) | 50 | 50 | 100 | 100 | 100 |
| Capacity of the finished product bin (m³) | 4 | 4 | 7 | 7 | 7 |
| Rated production rate of the mixing cylinder | 200t/h | 300t/h | 400t/h | 500t/h | 600t/h |
| Aggregate size | ≤45mm | ≤45mm | ≤45mm | ≤60mm | ≤60mm |
| Level with bucket | 3 | 3 | 4 | 4 | 5 |
| Set and match accuracy (Aggregate) | ±3% | ±3% | ±1% | ±1% | ±1% |
| Set and match accuracy (Cement) | ±1.5% | ±1.5% | ±1% | ±1% | ±1% |
| The overall power (kW) | 80 | 85 | 120 | 145 | 171 |
NOTE: Capacity figures are based on general throughput of medium hardness materials. Actual performance may vary depending on feeding size, rock types and water content.
Installation & Service Process
Foundation Drawing
Within 3 days after signing
Professional engineers provide customized foundation drawings based on your site conditions.
Installation & Commissioning
10-15 days
Two experienced engineers provide on-site installation guidance and equipment commissioning.
Operator Training
2-3 days
Comprehensive training covering both theory and hands-on practice for your team.
After-Sales Support
24/7 Technical Support
- Video diagnosis within 2 hours
- Spare parts dispatched within 48 hours
- On-site engineer within 7 days (major countries)
Frequently Asked Questions
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