A Dry Mix Concrete Batching Plant (also known as a Transit Mix Plant) is a specialized construction equipment that weighs and batches aggregates (sand, gravel) and cement according to a specific recipe. Unlike wet mix plants, the dry mix type does not have a central mixer. Instead, the dry materials are discharged directly into a Concrete Mixer Truck. Water is added during transit or at the job site, where the mixing process occurs within the truck’s drum.
This design is ideal for projects where the construction site is far from the batching plant, as it prevents the concrete from hardening during long-distance transportation.
Technical Specifications
| Model |
Capacity (m³/h) |
Aggregate Bin Capacity (m³) |
Weighing Accuracy |
Discharge Height (m) |
Total Power (kW) |
| DMBP-30 |
30 |
2 x 5 |
±2% (Agg), ±1% (Cem) |
3.8 / 4.0 |
~15 |
| DMBP-60 |
60 |
3 x 10 |
±2% (Agg), ±1% (Cem) |
4.0 |
~25 |
| DMBP-90 |
90 |
4 x 15 |
±2% (Agg), ±1% (Cem) |
4.2 |
~40 |
| DMBP-120 |
120 |
4 x 20 |
±2% (Agg), ±1% (Cem) |
4.2 |
~55 |
Note: Custom specifications are available based on project requirements. Visit the International Organization for Standardization (ISO) for global machinery standards.
Key Advantages (Pros)
- Lower Initial Cost: Without a central twin-shaft mixer, the investment cost is significantly lower than wet mix plants.
- Extended Transport Distance: Since materials are dry, there is no risk of premature setting, making it perfect for remote locations.
- Low Maintenance: Fewer moving parts (no mixer blades or liners to replace) lead to reduced downtime and maintenance expenses.
- High Efficiency: Faster batching cycles as the plant only focuses on precise weighing and loading.
- Energy Saving: Lower power consumption compared to wet batching systems.
Disadvantages (Cons)
- Inconsistent Mix Quality: Relies heavily on the mixer truck's drum performance; mixing quality may be less uniform than a central mixer.
- Dust Pollution: Loading dry cement into trucks can generate more dust (requires high-quality dust collection systems).
- Longer Mixing Time: Requires more time in the truck drum to ensure a homogenous mix.
Applications and Uses
Dry mix concrete plants are widely used in the following scenarios:
- Infrastructure Projects: Remote highway construction, bridges, and rural road paving.
- Ready-Mix Business: Supplying concrete to diverse locations with varying travel times.
- Large Scale Piling: Ideal for foundation work where continuous dry supply is needed.
- Arid Regions: Preferred in areas where water management during transit is critical.
Packaging & Shipping
To ensure the integrity of the equipment during international transit, we follow strict packaging protocols:
- Main Frame: Secured with steel wires in 40HQ containers.
- Batching Machine & Conveyors: Disassembled into modular sections for space efficiency.
- Control System: Packed in moisture-proof, shock-resistant wooden cases.
- Small Components: Galvanized bolts and sensors are packed in reinforced boxes.
Why Choose Our Dry Mix Plant in 2026?
As a leading manufacturer, our 2026 models feature Smart PLC Control Systems for real-time monitoring and Enhanced Dust Extraction to meet the latest environmental regulations.
For inquiries and customized quotes, please check the Global Trade Guide for import regulations or contact our sales team directly.
Tag：
Concrete batching plant
Dry Mix Plant
