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support@metzix.comTransfer Chutes
Transfer chutes are designed to guide and control material flow between conveyors and equipment. They reduce spillage, minimize dust generation, and improve overall system efficiency by optimizing material trajectory.
Engineering Overview
Metzix Engineered Transfer Chutes utilize Discrete Element Method (DEM) particle trajectory simulations to optimize bulk material flow between conveyor belts and processing equipment. By controlling stream velocity and centering the material load directly onto the receiving belt at matching belt speeds, our chutes virtually eliminate belt impact damage, skirt spillage, chute blockages, and fugitive dust creation. Lined with ceramic tiles, bimetallic wear plates, or polyurethane.
Key Features & Engineering Advantages
Performance & Economic Benefits
Reduces conveyor belt impact gouging, significantly extending receiving belt life
Eliminates transfer point spillage and reduces airborne dust generation by over 80%
Prevents chute plugging and downtime with optimized non-compacting valley angles
Quick-change wear liner designs allow safe and fast maintenance from the exterior
Technical Specifications
Engineered Standards| Design Parameter / Specification | Technical Standard / Value |
|---|---|
| Design Method | 3D Discrete Element Method (DEM) Simulation |
| Handling Capacity | Up to 12,000 metric TPH |
| Maximum Lump Size | Up to 800 mm |
| Wear Liners | Alumina Ceramic (92%), Chrome Carbide Overlay, Hardox 500, Polyurethane |
| Dust Sealing | Multi-chamber polyurethane skirting and stilling zones |
