This project is an annual 1.5 million ton phosphate ore beneficiation line, designed using DTⅡ type belt conveyors. The complete conveying system consists of 41 DTⅡ belt conveyors, forming a high-efficiency bulk material handling network spanning 1.6 km.
The system is engineered to handle phosphate ore with variable speeds from 1.25 to 1.6 m/s, supporting maximum inclines up to 17°, average throughput of 400 t/h, and peak capacity exceeding 1,000 t/h.
Conveyor Type: DTⅡ Belt Conveyor
Number of Units: 41
Total Length: 1.6 km
Material: Phosphate Ore
Belt Speed (V): 1.25 – 1.6 m/s
Maximum Inclination: 17°
Average Capacity: 400 t/h
Maximum Capacity: >1,000 t/h
High-Capacity & Efficient
Supports average and peak throughput for large-scale phosphate beneficiation.
Optimized conveyor design ensures smooth, continuous material flow.
DTⅡ Type Reliability
Designed for long-term, heavy-duty operation.
Suitable for inclined and horizontal conveying sections.
Flexible & Modular Layout
41 conveyors can be configured to match site topography and processing requirements.
Allows for maintenance and operational flexibility.
Durable & Low Maintenance
High-strength belts and wear-resistant components extend service life.
Reduces downtime and operational costs.
Application-Specific Design
Optimized for phosphate ore handling in mining and mineral processing plants.
Supports long-distance and steep-incline material transport efficiently.
Phosphate ore beneficiation lines
Mining and mineral processing plants
Bulk solid transport for chemical and fertilizer industries
With decades of experience in bulk material handling, our DTⅡ belt conveyors offer high efficiency, reliability, and long-term performance. The modular and customizable design ensures that large-scale phosphate ore processing plants achieve maximum productivity with minimal operational risk.
Q: What’s the optimal ball-to-material ratio?
A: Typically 1:1 to 1:3 (varies by material hardness).
Q: Can you provide wear-resistant ceramic liners?
A: Yes, ideal for corrosive/abrasive materials.