Kaiser · Cookers

Kaiser EA 946 W Eco Avantgarde Pro 90cm Built In Cooker Hood

The Kaiser EA 946 W Eco Avantgarde Pro 90cm built-in cooker hood delivers powerful extraction up to 1250 m3/h in a beautiful white glass finish.Designed exclusively for integration within kitchen cabinets or other built-in kitchen units, this 90cm cooker hood combines high extraction performance with a crisp, clean appearance. A large LED lamp provides exceptional illumination across the cooking area, while touch controls and the supplied remote control make operation simple.Why choose the Kaiser EA 946 W Eco cooker hood?Choose the EA 946 W Eco if you want a 90cm built-in hood that keeps the kitchen look clean while delivering powerful extraction up to 1250m³/h. Its white glass finish suits modern cabinetry, with perimeter suction, three fan speeds, touch and remote control, plus a bright LED lamp over the hob. It is a strong fit for cabinet installation with ducted or recirculation setup options, and dishwasher-suitable metal grease filters help keep maintenance simple.Powerful Extraction with Three Speed SettingsThe Kaiser EA 946 W Eco offers three fan speeds, allowing you to select low, medium or high extraction to suit your cooking. It provides its highest extraction rate when operating in air extractor mode, with performance of up to 1250 m3/h.The large, powerful LED lamp can be operated independently from the fan, providing bright and practical lighting over your cooktop whenever required.Air Extraction and Odour Absorber ModesExhaust Air Extractor ModeIn exhaust air extractor mode, the metal grease filter purifies cooking vapours and smells by absorbing grease and other small particles from kitchen fumes. The exhaust pipe can then be connected to an exhaust air conduit or directed outside.An easy-to-use 150mm diameter aluminium corrugated pipe is included for exhaust operation. The lightweight pipe can be bent and extended to the required length without additional fixing. An adaptor is also supplied for connection to pipes with a 120mm conduit.Odour Absorber ModeWhere connection to an external ventilation system is not possible, the cooker hood can operate as an internal recirculation system. The metal grease filter first captures grease and other small particles from cooking vapours. Odours and microparticles then pass through the activated charcoal filter before the purified air is returned to the kitchen.Efficient Perimeter SuctionPerimeter suction draws air continuously through slots around the entire edge of the hinged panel. The charcoal and grease filters are concealed behind this panel, helping to maintain the hood’s clean, streamlined appearance.This extraction method uses the Venturi effect, named after Italian physicist Giovanni Venturi.Easy-Clean Metal Grease FilterThe long-life metal grease filter is made from stainless materials, including stainless steel and aluminium. During normal cooker hood operation, the grease filter should be cleaned every two months.For convenient maintenance, the filter can be cleaned in a dishwasher or washed manually using mild detergent or liquid soap. The smooth white glass design also makes the exterior easy to clean and maintain.Activated Charcoal FiltrationThe charcoal filters use chemically treated activated carbon with a high absorption capacity. Each filter can retain contaminating particles weighing more than five times its own weight.When the cooker hood is used in odour absorber or recirculation mode, the carbon filter helps remove cooking smells, smoke and steam impurities.. 90cm Kaiser Built-Under Cooker Hood - Built-in white glass design for installation within kitchen cabinets or integrated kitchen units. 1250 m³/h Extraction - Three fan speeds provide powerful ventilation for different cooking requirements. Extraction And Recirculation Modes - Includes a dishwasher-suitable metal grease filter and two charcoal filters for flexible installation. Perimeter Suction - Edge-mounted extraction slots, touch controls and 16 W LED lighting support practical everyday use.

90-day range £∞–-£∞ · average £NaN