Airius Destratification Systems - The Many Benefits

Thermal stratification affects buildings of all sizes and types and will increase the energy consumption and costs for your company. By selecting a model from the Airius line of destratification systems, your company and building will benefit from the following:

  • Reduces heating costs by 20% – 50%
  • Reduces cooling costs by 20% – 40%
  • Maintains optimum working / retail environment
  • Reduces CO2 emissions by 20% – 50%
  • Rapid ROI – usually between 12 – 24 months
  • 5 year warranty
  • Customers include FTSE100 companies to SMEs
  • Eligible for carbon reducing grants / loans
  • Established and proven technology
  • Increases lighting lifespan
  • Minimal maintenance required
  • Minimal running costs (from £6 / pa)
  • Recycles heat from machinery, lighting, solar gain etc.
  • Reduces condensation
  • Reduces wear on existing HVAC equipment
  • Simple to install with no ducting required
  • Simple, inexpensive and efficient CRC solution
  • Small, versatile, unobtrusive units
  • Stand alone or BMS integrated
  • Works alongside all types of HVAC systems

When you invest in an Airius destratification system, it will be a decision you will not regret.

Contact Airius today for more details.



All Standard and Designer Series units come with a 5 year replacement warranty – return defective units to Airius Europe carriage paid – upon receipt Airius will dispatch a new unit by return carriage paid.

A unique offer unmatched by any other destratification fan manufacturer! At Airius Europe we are so convinced that you will be happy with how our destratification fans perform we are pleased to offer you a 120 day money back guarantee on any agreed trial to quell any doubts you may have in your decision making process.

How the offer works:

We agree the basis of the trial in advance. You order, we supply, you install. You settle the supply invoice within 30 days. If you are not happy during the 120 day trial period then return the units. Terms and conditions apply.

Airius USP’s Vs. the Competition

The original blade fan has been used for over 100 years whilst box fans were introduced in the late 1960s. Over the past few years destratification fan technology has moved on dramatically to the new third generation Airius Axial Turbine Fan. The latest generation axial turbine fan from Airius releases the full energy saving potential from destratification and has been designed for use in any application – from offices to aircraft hangars.


ceilingmounted1The Airius ceiling-mounted axial turbine fan

These are installed at ceiling height and send air to the floor in a slow-moving column. This uses very low levels of power, due to the fact that it pushes air through only a very small space: the column. As the airflow doesn’t spread out, it doesn’t lose momentum. Once it reaches floor level, the airflow blankets out in all directions before rising and being re-circulated through the fan. Ultra quiet with minimal air movement, making them ideal for noise sensitive environments. Savings on average between 20-50%, although significantly higher levels have been recorded (See Lush Cosmetics Case Study).

Pros – 20-50% energy savings | 1ºC -2ºC temperature variance | Low energy consumption (13W+) | Silent operation | Lightweight, small and unobtrusive units | Avoids draught disturbance | Simple installation | BSRIA tested | Full destratification achieved.
Cons – Roof level installation


paddlefanThe ‘blade’ or paddle fan

The cheapest option, works by ‘churning’ the air. However it is not organised and the airflow disperses before it can reach the floor.

Pros – 5-10% energy savings | Low energy consumption.
Cons – Temperature variance 15ºC – 20ºC | Roof level Installation | Conical airflow spread disperses before reaching floor level.


wallmountedThe wall-mounted box fan

These are fixed to the wall at head height and angled upwards. They send air at high velocity upwards to push warm air gathered at the ceiling to floor level, which requires a high level of energy. This type of fan is also limited to industrial buildings where noise and excessive airflow are not a problem.

Pros – 10-15% energy savings – Although this is offset against high running costs | Low Level Installation.
Cons – Temperature variance 15ºC – 20ºC | Noisy | High energy usage – 450kWh+ | Large, heavy units – Average 35kg to 95kg | Recommended installation at head height, which can cause accident and injury.


ceilingboxThe ceiling-mounted box fan

These units are fixed to the ceiling and send high velocity air directly to the floor. This creates draught problems and can pick up and circulate dust particles. They are also high energy consumers and not suitable for noise sensitive environments.

Pros – 10-15% energy savings – Although this is offset against high running costs
Cons – Temperature variance 10ºC – 15ºC | Noisy | High energy usage – 450kWh+ | Large, heavy units – Average 35kg to 95kg | Roof level installation


overheadOverhead Ducted Fans

Installed at ceiling height sending air to the floor through a series of ducts. To overcome the friction of air against the inside of the ducting high velocity airflow is required. Once airflow is distributed at floor level it results in localised destratification near the ducting exhausts only, as it is then not organised to circulate and instead immediately rises back to the ceiling. Installation of the ducting is also expensive and time consuming, causing extended disruption to a buildings normal operation.

Pros – 10-15% energy savings | Avoids draught disturbance
Cons – Localised temperature variance 5ºC – 10ºC near exhausts | Full destratification not achieved | Poor airflow circulation | Floor plans must be adapted placing work stations near duct exhausts | Ducting and its installation is expensive and disruptive | Roof Level Installation.
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