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Airforce F205 90cm Wall Mounted Slim Line Cooker Hood - White Glass
Airforce F205 90cm Wall Mounted Slim Line Cooker Hood - White Glass
Airforce F205 90cm Wall Mounted Slim Line Cooker Hood - White Glass - Technical Image
Airforce F205 90cm Wall Mounted Slim Line Cooker Hood - White Glass - Energy Efficiency

Airforce F205 90cm Wall Mounted Slim Line Cooker Hood - White Glass

Regular price £299.00 Sale

F205 90cm

Features:

  • Max airflow: 650m3/h
  • Control: Touch control 4 speeds (3+1 intensive) with 5 Minute timer, heat sensor for automatic functioning, charcoal and grease filter control.
  • Lamps: 2x2,1W led
  • Size: 90cm
  • Finish: Stainless steel with white glass
  • Washable metallic grease filters. Charcoal filters for recirculation mode                   
2 Year Parts & Labour Warranty (6 Month Commercial).

 

Washable Grease Filters

Washable grease filters gold iconOur filters can be washed, keeping their performance constant over time. (Dishwasher safe)

 

Touch Control

Touch Control gold iconThe Touch Control panel allows you to access all functions of the hood just by touching the icons, making the use, service and the cleaning of the appliance easier.

 

Energy saving

Energy Saving gold icon Thanks to technologies that Airforce has developed especially for our engines and lighting systems these hoods have high performances and very low energy consumption.

 

Filter Change

Filter change gold iconThe indicator of saturation of the grease filters and of the active charcoal filters alerts the user of the need to clean or replace them, allowing to keep the exhaustion at excellent levels.

 

LED

LED gold iconThe unique LED lighting developed by Airforce combines very high performance of lighting with the low power consumption: less than 90% compared to a traditional lamp and with a lifetime of over 20,000 hours.

 

Automatic Sensor

Automatic Sensor gold icon
With the Sensor function activated, the extraction speed will set itself automatically depending on the heat coming from the stove and will adjust the exhaustion at optimal levels to avoid waste of energy.