MODULAR PANEL silos

Description

STORAGE FROM 50 TO 400 m³

Vertical panel silos are designed to provide high-capacity storage solutions for industrial applications requiring large volumes of bulk materials. With capacities ranging from 50 to 400 m³ and available in diameters of 3.5 and 5.0 meters, these silos are particularly suitable for concrete batching plants, industrial production facilities, and large-scale material storage systems.
Their modular bolted structure allows efficient transport and optimized logistics, making them a strategic choice when high storage capacity must be combined with reduced shipping constraints and manageable installation processes.

MODULAR PANEL STRUCTURE

The panel silo is a fully vertical cement silo designed for on-site assembly. All components, including the discharge cone, roof, and cylindrical sections (viroles), are manufactured as prefabricated elements and assembled through bolted connections directly at the installation site.
This modular configuration significantly simplifies transport and enables installation in locations where pre-assembled monolithic silos would be difficult or impossible to deliver. The use of dedicated sealing systems and joint treatments during assembly ensures complete protection against external agents, maintaining material integrity and long-term durability even in demanding environmental conditions.

POWDER AND GRANULAR MATERIALS

Panel silos are engineered for the storage and dosing of powdered and granular materials such as cement, lime, fillers, fly ash, bentonite, and sand. Like monolithic and telescopic vertical silos, they can be configured with a wide range of accessories to meet specific operational and plant requirements.
This high level of configurability allows integration into different industrial processes, ensuring reliable material flow, operational continuity, and adaptability to varying production conditions. Panel silos are particularly effective in installations where large storage capacity, transport efficiency, and flexible on-site assembly are key decision factors.