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Features:
Uses vibration motors or electromagnetic drives to move materials.
Adjustable feed rate via vibration amplitude/frequency.
Handles granular or small-block materials (0-500mm).
Performance:
High precision in feeding control (±2% accuracy).
Suitable for harsh environments (dusty, high-temperature).
Low maintenance but may generate noise.
Features:
Gravity-driven flow through an inclined chute.
Simple structure with no moving parts.
Ideal for large, heavy, or abrasive materials (e.g., rocks, ores).
Performance:
Low energy consumption.
Limited feed rate control (relies on material gravity).
Prone to blockages with sticky or wet materials.
Features:
Rotating disk with adjustable scraper blades.
Handles fine to medium-sized powders or granules.
Sealed design minimizes dust leakage.
Performance:
High accuracy (±1% for precise dosing).
Low capacity (typically < 50 t/h).
Requires frequent calibration for sticky materials.
Features:
Continuous rubber or steel belt for material transport.
Adjustable speed via variable frequency drives (VFDs).
Handles bulk materials (e.g., coal, aggregates).
Performance:
High capacity (up to 3,000 t/h).
Long-distance feeding (up to 30m).
Vulnerable to belt wear and tear in abrasive conditions.
Features:
Rotating helical screw inside a trough.
Ideal for powders, granules, or semi-fluid materials.
Fully enclosed design for dust-free operation.
Performance:
Moderate capacity (10-200 t/h).
Excellent dosing accuracy (±0.5%).
High energy consumption; not suitable for large lumps.
Features:
Heavy-duty overlapping steel plates (aprons) driven by chains.
Designed for large, heavy, or hot materials (e.g., limestone, clinker).
Performance:
Extremely durable (handles up to 2,500 t/h).
Withstands impact and abrasion.
High initial cost and maintenance for chain/sprocket systems.