Continuous Feeding Mining Vibrating Feeder

Vibrating feeders operate by using a vibrator to produce directional vibrations. When activated, a rotating eccentric mass creates centrifugal force that causes the feeder tray to vibrate in a linear or elliptical motion. This vibration propels the material forward in small, quick jumps, ensuring a smooth and controlled flow.

In the production process, the bulk and granular materials can be uniformly, regularly and continuously fed to the receiving device from the storage bin, and the crushing machinery can be continuously and evenly fed in the sand and stone production line, and the material is coarse screened, which is widely used in the crushing and screening joint equipment in metallurgy, coal mine, mineral processing, building materials, chemical industry, abrasives and other industries.

The ZG200 Continuous Feeding Mining Vibrating Feeder is widely used in various industrial sectors where stable, efficient, and uniform material feeding is essential. It is commonly applied in mining operations, stone crushing plants, and sand production lines to continuously and evenly feed bulk and granular materials to crushers, conveyors, or screening systems. This vibrating feeder also serves the purpose of pre-screening coarse materials, improving overall system efficiency.

Key industries include:

Mining and Mineral Processing: Feeding ores, coal, and other minerals into primary crushers.

Construction and Building Materials: Delivering aggregates, gravel, and sand in batching or crushing systems.

Metallurgical Industry: Feeding metallic ores or additives into smelting or processing equipment.

Chemical and Abrasives Industry: Handling powders or granules for consistent production processes.

Coal Handling Systems: For uniform feeding in coal screening or preparation plants.

Thanks to its hanging design, adjustable amplitude, and high-frequency operation, the ZG200 feeder ensures smooth continuous feeding, reduces equipment wear, and enhances throughput stability in demanding industrial environments.