Description
TELESCOPIC STRUCTURE
Vertical telescopic silos represent the ideal engineering solution for all industrial applications requiring excellent storage capacity combined with smart and dynamic logistical management. Unlike traditional monoblock systems, the geometric structure of these models, featuring nestable sections, has been specifically engineered in-factory to maximize loading space during transport phases. Consequently, this cutting-edge construction technology drastically reduces logistical height footprints and significantly cuts shipping and road-handling costs, making long-haul road transport extremely economical and accessible even on standard, non-exceptional vehicles.
CEMENT, LIME AND SIMILAR
Like monolithic vertical silos and modular panel silos, telescopic cement silos are designed for the storage and dosing of powdered and granular materials such as cement, lime, fillers, fly ash, bentonite, and sand. Their structure ensures reliable material handling and consistent performance across a wide range of construction and industrial applications.
A wide range of configurable accessories allows adaptation to specific operational requirements. Components such as filters, valves, ladders, and safety systems enable the silo to be customized according to material characteristics, environmental conditions, and plant configurations, ensuring operational continuity and compliance with safety standards.
STORAGE FROM 23 TO 100 m³
Telescopic vertical cement silos are available in diameters of 2.2, 2.4, and 3.0 meters, offering storage capacities ranging from 23 to 100 m³. This range allows integration into different production scales, from medium-sized installations to more demanding industrial applications.
When equipped with dedicated control and handling systems, including discharge screws, electrical control panels, and level monitoring devices, the telescopic silo can be configured as a fully automated SILMATIC system. This configuration enables precise material dosing, improved process control, and seamless integration into automated production environments such as concrete batching plants and bulk material handling systems.
