FU Chain Conveyor

The FU chain conveyor is a key piece of equipment for achieving medium-to-long distance, complex-path, and large lump material transport in Raymond mill systems. It employs a fully enclosed structural design that effectively addresses challenges such as dust generation and leakage during powder conveying, ensuring a completely sealed transport process from material discharge and collection through to packaging.

Features and Advantages of FU Chain Conveyor

Enclosed Conveying: The fully enclosed conveying trough eliminates dust dispersion during the transport process in Raymond mill systems, ensuring a clean working environment and compliance with environmental standards.

High Efficiency and Low Consumption: Materials are dragged as a whole by chain plates within the trough, resulting in smooth operation, low frictional resistance, high conveying capacity per unit power, and excellent cost-effectiveness.

Flexible Layout: Compact body design with small cross-sectional dimensions allows adaptation to narrow spaces. Supports multiple feeding and discharge points, offering high layout flexibility.

Wear-Resistant and Durable: Conveying chains and troughs are made of wear-resistant materials, suitable for transporting abrasive mineral powders. Features low failure rates and long service life.

Stable Operation: Materials flow as a whole, minimizing risks of jamming, bridging, or tangling, ensuring continuous and stable operation of the grinding production line.

Working Principle of FU Chain Conveyor

Chain Drive: The motor drives an endless chain to rotate within a sealed trough via a sprocket, with a tensioning device at the tail end adjusting chain tightness to ensure smooth operation.

Scraper Pushing: Scrapers mounted on the chain move forward along the trough bottom, pushing materials as a whole to prevent clogging and ensure smooth, uniform conveying.

Enclosed Loading/Unloading: The fully enclosed housing prevents dust emission, with multiple feeding and discharge ports flexibly configured to meet various process requirements for loading and unloading.