High Rotating Speed Fine Sand Pipe Screw Conveyor

Designed for material conveyance, this high - speed fine sand pipe screw conveyor excels in transporting cement and fly ash within concrete mixing stations. Its application extends to chemical, metallurgical, grain processing, and warehousing fields.

Featuring a small diameter, high rotation speed, and strong rigidity, it enables continuous horizontal and inclined conveying. Capable of handling large loads, it ensures high - capacity, precise, and stable material transfer, outperforming many alternatives in multi - scenario adaptability and operational efficiency.

Primarily serving cement and fly - ash conveying in concrete mixing stations, it also excels in chemical, metallurgical, grain processing, and warehousing sectors. Whether it's the smooth transfer of powdery cement or the handling of granular fly - ash, it ensures a seamless flow, outperforming many alternatives in multi - industry adaptability.

Structural & Operational Merits

• Compact & Robust Design：Small - diameter structure + high rotational speed. Saves space, ensures large transport capacity. Outperforms rivals in material movement, precision, and stability.

• Rigidity & Continuity：High rigidity bears heavy loads. Enables continuous horizontal/inclined conveying (rivals struggle under tough loads/angles).

Installation & Customization

• Flexible Installation：Allows 60° large - angle installation. More flexible than most counterparts, fits cramped/big sites (batching plants, warehouses).

• Tailored Solutions：Custom multi - feed/discharge points. Adapts to workflows (vs competitors’ standardized models). Complete models for varied capacities; conveying length customizable.

Performance & Durability

• Sealing & Cleanliness：Good sealing keeps work environment clean. Better than leaky/dusty rivals, protects materials and workplace.

• Temperature Resistance：Withstands up to 200℃ (rivals have lower thresholds). Reliable for hot materials, expands high - temp industrial use.

Blockage Prevention & Resolution

• Parameter Optimization：Choose technical parameters wisely. High - speed design avoids speed - related issues (unlike slow models), ensuring smooth material flow.

• Operational Discipline：Follow no - load start/stop and uniform feeding. Proactive, more effective than competitors’ reactive fixes.

• Design - Based Solutions：Optimize outlets, trough ends (e.g., add reverse blades) and suspension bearings. Reduces blockage risks vs rivals with poor internal designs.

• Material & Impurity Control：Clean materials to stop large/fibrous debris causing blockages. Ensures long - term operation, outperforming impurity - prone competitors.