Banana shaped vibrating screen for high capacity

1.Product Introduction Mineral Screening Machine

The Banana-Type Vibrating Screen is a high-performance classification system characterized by its unique multi-slope deck geometry. Engineered for high-throughput scenarios, it optimizes material flow velocity to achieve a "constant thickness" screening bed, significantly outperforming traditional horizontal or inclined screens in both capacity and precision.

2.Application Mineral Screening Machine

• Mineral Processing: Ideal for the classification of coal and metallic ores (e.g., iron ore, gold ore), with superior performance in handling materials containing high proportions of fines.

• Construction Materials: Used for the size grading of sand, aggregate, and gravel to enhance the quality of finished products.

• Solid Waste Treatment: Facilitates desliming and dewatering in waste sorting, particularly effective for high-viscosity waste streams.

• Chemical & Metallurgy: Processes high-fineness powders such as pulverized coal and metal powders, supporting both dry and wet screening applications.

3.Working Principle Mineral Screening Machine

• Structural Design: The screen box features a banana-shaped curved surface composed of multiple deck sections with varying angles (steeper at the feed end, shallower at the discharge end). This ensures an equal-thickness material bed across the entire screening area.

• Vibration Mechanism: A motor-driven box-type exciter generates linear vibration. Dual-shaft self-synchronization technology ensures stable operation and prevents structural resonance.

• Screening Dynamics: Under high-frequency vibration, materials "jump" forward along the deck. Coarse particles are rapidly stratified, while fine particles gain additional kinetic energy to penetrate the mesh efficiently.

4.Advantages Mineral Screening Machine

• Ultra-High Throughput: The unit area processing capacity is significantly higher than traditional screens, making it the preferred choice for large-scale industrial operations.

• Superior Screening Efficiency: The multi-slope design accelerates the removal of "near-size" particles at the feed end, dramatically increasing the penetration rate of fines.

• Enhanced Durability: Features high-manganese steel screen plates and a modular structure to increase wear resistance and extend the service life of critical components.

• Lower OPEX: Low power consumption combined with a robust, compact design reduces long-term operational and maintenance costs.

• Versatile Adaptability: Supports both dry and wet processing. Its anti-clogging design effectively handles high-viscosity materials, minimizing the risk of unplanned downtime.

5.Technical Specifications

6.Our Solutions