Philips vacuum cleaner 1.5 liter
553ر.س
Product description
Philips bagless vacuum cleaner 1800 watts, 1.5 liters, EPA filter - FC9350/61
Philips bagless vacuum cleaner 1800 watts, 1.5 liters, EPA filter
The 3000 Series bagless vacuum cleaner combines compact design with powerful performance. Enjoy thorough cleaning throughout the home thanks to the PowerCyclone 5 technology and MultiClean nozzle.
Brand: Philips
Model: FC9350/61
Type: Bagless vacuum cleaner
Capacity: 1.5 liters
Power: 1800 watts
Equipped with EPA filter
High-performance suction motor
More: Durable motor with 1800-watt power for high suction power
The durable 1800-watt motor generates high suction power up to 360 Pa for precise cleaning results.
PowerCyclone 5 technology maintains high performance for longer periods
PowerCyclone 5 technology increases airflow speed in the cylindrical chamber to separate dust from air and to maintain high performance and suction power for a longer time.
MultiClean nozzle for thorough cleaning on all floors
The MultiClean nozzle is designed to stay very close to the floor, ensuring thorough cleaning on all types of flooring.
Dust container designed for hygienic one-handed emptying
The easy-to-empty dust container is designed to be removed and emptied hygienically with one hand, helping to reduce dust dispersal into the air.
Compact and lightweight for easy carrying
Its small size and lightweight design make storing and carrying the vacuum cleaner easy.
Built-in soft brush handle, always ready for use
A dedicated dust removal brush is included directly in the handle, always ready for use on furniture, flat surfaces, and upholstery.
The Allergy H13 filter system captures >99.9% of small dust particles
The tightly sealed filtration system captures >99.9% of small dust particles—including pollen, pet dander, and dust mites—for allergy sufferers and anyone seeking higher cleanliness.
HEPA 13 filtration level
ActiveLock connectors easily adapt to each task
ActiveLock connectors allow for easy attachment of accessories that fit into the tube with overlapping parts using a simple locking motion.
Questions you might have




