Inclined Belt Conveyor
High-performance inclined conveying solution
The inclined conveyor is a high-performance conveying system that can be easily combined with other equipment for transfer operations. This type of inclined belt conveyor allows for the transport of bulk materials at steep angles, while optimizing space.
Type: Inclined Belt Conveyor
Maximum height: 203 meters
Maximum capacity: 6000 t/h
Product Description
The inclined conveyor is a high-performance conveying system that can be easily combined with other equipment for transfer operations. This type of inclined belt conveyor allows for the transport of bulk materials at steep angles, while optimizing space.
This solves the problem of angled transport, which is often complex for conventional belt conveyors. The conveyor line can be made with modular belts in plastic, stainless steel, or polyurethane, among other materials.
Currently, the maximum lifting height of the climbing conveyors reaches 203 meters, with a maximum capacity of 6000 t/h.
Technical Advantages
- Simple structure, reliable operation and easy maintenance
- Particularly suited to steep inclines and vertical transport at 90°
- Compact structure and small footprint
- Affordable cost with savings of 20% to 30% on investment costs
- Maximum lifting height of 203 meters
- Maximum capacity of 6000 t/h
Industrial Applications
Climbing conveyors are widely used in the following sectors:
- Coal industry
- Metallurgy
- Construction
- Agrifood
- Chemical industry
- Energy sector
- Other manufacturing industries
Technical Specifications
Exceptional Performance
Designed for demanding applications with impressive specifications:
- Maximum lifting height: 203 meters
- Maximum capacity: 6000 tonnes/hour
- Vertical transport possible at 90°
- Suitable for steep inclines
Savings and Efficiency
An economical solution offering significant financial advantages:
- Savings of 20% to 30% on investment costs
- Compact structure that saves floor space
- Simple and minimal maintenance
- Reliable and durable operation