Belt conveyor IBC

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Description
The IBC-type ski-mounted belt conveyor is a modular industrial material-handling solution designed to handle heavy loads and continuous bulk material flows. Developed to withstand the severe abrasive conditions found in waste treatment and recycling plants, its ski-mounted technology ensures maximum belt support, minimising deformation caused by the impact of materials.

Features & Industrial Benefits

• Ski-mounted belt technology: Provides continuous support beneath the belt, ideal for stabilising heavy materials, reducing premature wear and preventing sagging
• Modular tubular frame: A robust structure that can be customised in length and width to fit your plant’s layout exactly.
• High abrasion resistance: Field-proven design for handling aggressive materials, extending the service life of the equipment.
• Simplified maintenance: Exclusive use of standardised spare parts, ensuring rapid supply and a drastic reduction in machine downtime

Performance options and accessories

• Belt cleaning: Scraper and brush systems to remove residues and maintain optimum performance
• Mechanical protection: Integrated stone guard to preserve the integrity of the drums and prevent accidental blockages
• Stainless steel design: Optional stainless steel modules for corrosive environments or those subject to high humidity

Sector-specific applications

• Sorting centres and waste treatment plants (organic waste, non-hazardous industrial waste, separate collection schemes)
• Recycling, shredding and recovery lines for metals or plastics
• Conveying of industrial bulk materials with high bulk density

Engineering data required
In order to provide you with an accurate quotation, please supply us with:

• Material characteristics: Nature of the product, particle size and bulk density
• Load capacity: Target throughput required in tonnes per hour (t/h) or in m³ per hour
• Line dimensions: Total length and desired belt width (Standard range: 600 to 2000 mm | Customised range: 400 to 2600 mm)
• Layout: Installation constraints and integration into an existing line.