Side Channel Blowers

Everest Side Channel Blowers, also known as Regenerative Blowers / Vortex Blowers / Ring Blowers / Turbine Blowers, are designed for all areas where pulsation-free vacuum and pressure services are required. Units may be installed horizontally or vertically. The die-cast Aluminium construction makes this a very robust product. Sealed-for-life bearings, a fan-cooled drive and a non-contact impeller all ensure that the Everest Side Channel Blowers are maintenance-free. Everest Side Channel Blowers are exceptionally environment-friendly, as they require no operating fluids. An internal silencer allows the Everest Side Channel Blowers to run very quietly, whilst the drive has energy-efficient motors. Special Anti-Corrosion blowers for highly corrosive environments & Anti-Explosion blowers for highly explosive environments are also available.

Our Side Channel Blowers are available in capacities up to 2,500 m³/hr, with working pressures up to 1040 mbar and vacuum levels up to 740 mbar, making them suitable for a wide range of industrial applications.

100% Oil Free and Dry Quality Air, safe for critical applications. First choice in many automation projects for applications requiring Low & Medium volumes of clean, dry air at low pressures and vacuum.

Bottom Mounting Base Design to reduce Vibration & Noise. Low noise operation (64-88db(A)) with small footprint (compact) & virtually maintenance free design. Low vibration.

Constructed from Die Cast Aluminium Alloy. All our blowers are extremely robust, corrosion resistant and are suitable for the most demanding applications.

Available in single/three phase configuration & single/double/triple stage design.

Designed for continual use up to a maximum ambient temp of 45°C - 50°C.

Equipped with low-noise, high-efficiency, Class F, IE2/IE3 Induction Motors (50/60 Hz Dual Frequency).

Direct Driven: maximize energy efficiency by eliminating gears or transmission box losses.

Zero maintenance cost: Our blowers do not use gearboxes and oil lubricants used by conventional blowers, minimizing maintenance requirements, lowering user maintenance costs and improving overall system stability, Direct Driven, hence maximize energy efficiency. In addition, by adopting air-cooled cooling, there is no need for cooling water circulation and associated maintenance cost.