Product photo

Cleveland Cascades Chute Product Information

The Cleveland Cascade Chute consists of a series of oppositely inclined, frustroconical cones, or hoppers. These cones are suspended from polyester / polyethylene support strops at selected angles to suit the given application. The cones, which are made from glass reinforced plastic, are lined with abrasion resistant liners to give service life of up to 50,000,000 tonnes and ensure low maintenance. This arrangement offers optimum material control through the system, and as a result the systems performance delivers unrivalled dust emissions and degradation results.

Due to the design of the cone shape they are able to stack neatly into one another as the system retracts during loading, this offers the operator a very high air draft compared to other systems by allowing the Cascade to fully retract to only a fraction of its extended length.

The system is covered by a heavy duty shroud, which prevents cross winds from affecting the systems performance.

Each system can be equipped with a series of options, such as material detection, auto raise systems, overload monitoring and control systems, remote controls and collision protection systems. The flexibility of our design means that each system can be specifically tailored to each customers needs.

The expertise and experience of the Cleveland Cascades Ltd design department means that bespoke design can be provided to adapt the Cascade systems to suit the loading and storage requirements of particular operations.

The environmental benefits of the system are well documented; Cleveland Cascades Ltd has won several awards, including a prestigious Queen's award for environmental achievement.

Material degradation is reduced by up a minimum of 50% when compared to free fall over the same distance.

Cleveland Cascades Ltd is also the only manufacturer of bulk handling systems which offers dust emissions guarantees of less than 5mg/m3 of free air on its systems.

logos Cleveland Cascades Ltd is a corporate member of the MHEA
Tees Valley business award for export 2006
Engineering Councils Award for Environmental Engineering 1995