As one of the most powerful high-pressure fans on the market, this blower is ideal for a variety of applications in industry and construction due to its impressive air delivery capacity. It is particularly effective for the ventilation and exhaust of duct and pipe systems, in tunnel construction, during welding operations, as well as for sealing and floor coating work in civil engineering.
Even with long air transport routes featuring several bends and hose distances of up to 50 meters, the TFV impresses with its consistently high delivery performance. Unlike axial fans, this powerful radial fan moves the air vertically to the impeller axis according to the principle of a centrifuge. The air is pushed outward and compressed in a spiral-shaped housing. This technology not only guarantees a high delivery pressure but also makes the blower insensitive to heavily polluted air with a high dust content.
The radial fan is integrated into a robust, powder-coated steel housing with a highly durable two-component coating, making it extremely resistant to aggressive environmental conditions. All desired types of steel are available as an option.
In addition to the standard version, this model is optionally available with an additional transport frame made of galvanized steel, which offers maximum mobility and is ideal for use at frequently changing locations. Simply order the optional transport frame if needed, and the device will be delivered fully assembled in the frame.
This blower is also available in explosion-proof design upon request.
Advantages at a glance
• Robust quality unit with high delivery capacity, manufactured in Germany
• Spray water resistant design (IP55)
• Also usable in very dusty rooms
• The fan motor is located outside the main airflow.
• Can be connected to both intake and exhaust ducts.
• stable characteristic curves and continuously high pressure
In the image above, you can see the blower installed in a suitable frame. This is not included in the delivery, but is available as an option upon request.