Vibrating feeder

Capacity: ≤450 t/h

Discharge Fineness: ≤700 mm

Mineral Processing

Minerals: iron ore, copper, gold, and other metal ores
Construction aggregates: river pebbles, granite, limestone, etc.
Industrial materials: coal, coke, slag, etc.
Other materials: granular chemicals, grains, etc.

Applications

Mining industry: Upstream feed to ore crushing lines
Metallurgy: Transport of raw materials to processing plants
Construction materials: Supply of raw materials for cement, glass, etc.
Chemical industry: Transport of granulated chemicals
Energy sector: Fuel supply for coal-fired power plants

Liming Heavy Industry's vibrating feeder is a highly efficient and stable material conveying equipment, equipped with a double eccentric shaft exciter as the vibration source. It features uniform feeding, continuously adjustable flow rate, and reliable operation. Specially designed for crushing and screening lines, it provides uniform and continuous feeding of various materials, ensuring optimal performance for downstream crushing equipment.

Advantage

1. Efficiency and Stability
Double eccentric shaft exciter for powerful and stable vibration
Feeding capacity up to 1,000 tons/hour
Continuous operation possible for 24 hours
2. Precision and Control
Continuously adjustable flow rate
Variable frequency drive for precise regulation
Integratable into automated systems
3. Wear Resistance
Body made of abrasion-resistant steel
Special heat treatment of critical parts
Extended service life exceeding 5 years
4. Low Energy Consumption
30% energy savings compared to traditional feeders
High power factor and optimal efficiency
No-load start, environmentally friendly
5. Simplified Maintenance
Simple structure with few components
Reduced lubrication points, extended maintenance intervals
Easy and quick parts replacement
6. Safety and Ecology
Fully enclosed structure limits dust emissions
Noise level below 75 dB
Overload protection device

Working Principle

The motor drives the exciter via a V-belt.
The exciter generates a periodic vibration force.
The body performs a linear vibration motion under this force.
The materials are propelled forward by vibration along the body.
The flow rate is controlled by adjusting the vibration intensity.
The materials are transferred uniformly and continuously to the downstream equipment.