Our Fans

A single inlet direct-drive centrifugal fan with a forward curved impeller. Suitable for furnace environments and continuous operation within airstreams up to 250°C. The insulation panel is crafted from galvanised sheet steel, featuring internal mineral fibre thermal insulation.
Typical configuration: LG

These fans are specifically engineered to facilitate the recycling of hot air in furnace environments, where temperatures can reach up to 300°C. They are built to withstand continuous operation within these high-temperature airstreams, ensuring efficient and reliable performance in demanding industrial settings.

For the pneumatic conveyance of dusty air with a high number of solid particles suspended in the air. Open impellers with radial or forward blades. Suitable for all applications where closed impellers tend to get clogged in the conveyance of fibrous materials.

For the pneumatic conveyance of really dusty air with a high amount of solid particles suspended in the air. Open impellers with radial or forward blades. In industries where fibrous materials are prevalent, closed impellers often encounter issues with clogging, disrupting operations and leading to costly downtime. However, the innovative design of these fans with open impellers ensures reliable performance even in the presence of fibrous materials, effectively mitigating the risk of blockages.

For the conveyance of clean or light dusty air. The impellers are double inlet type, suitable for all applications with very high capacity against medium-high pressure.

Industries relying on the conveyance of clean or lightly dusty air, such as HVAC systems, industrial ventilation, or air purification processes, benefit greatly from the capabilities of these double-inlet impellers.

To facilitate the movement of extremely dusty air, the DFR Series utilise closed impellers featuring welded construction and sturdy blades. These impellers are ideal for tasks requiring substantial airflow against minimal pressure. This design feature not only increases the system’s overall capacity but also ensures uniform air distribution, promoting consistent performance across various operating conditions.