Melitta Swirl Y 207 Vacuum Cleaner Bags with MicroPor Plus Filter, 4 Bags + 1 Motor Protection Filter 20798.5

Keep your vacuum cleaner performing at its best with the Melitta Swirl Y 207 vacuum cleaner bags. Designed for households that demand high filtration and hygiene, these bags are ideal for anyone using compatible Bosch, Siemens, or Privileg vacuum cleaners. The MicroPor Plus synthetic fleece material captures up to 99.9% of fine dust and allergens, making them a great choice for allergy sufferers. Each pack includes 4 dust bags and 1 motor protection filter, ensuring your vacuum's motor stays clean and efficient.

Key specifications

• Bag material: MicroPor Plus synthetic fleece
• Number of bags per pack: 4
• Number of filters per pack: 1 (motor protection filter)
• Dust retention: Up to 99.9% of fine dust and allergens
• Hygiene feature: Dirtlock® hygiene closure
• Compatibility: Universal fit for various vacuum cleaner models (Swirl Y 207 series)
• Tear resistance: High
• Allergen friendly: Retains pollen, mold spores, and dust mite excrement
• Airflow performance: Optimized for consistent suction power
• Environmental aspect: Made from up to 50% recycled material
• Colour: White/Grey

Why choose it

These bags combine high filtration efficiency with a hygienic closure system that locks in dirt and allergens when you dispose of the bag. The MicroPor Plus material ensures strong suction power even as the bag fills, so your vacuum works consistently. The included motor protection filter extends the life of your vacuum by trapping fine particles before they reach the motor.

Ideal use cases

• Homes with allergy sufferers who need superior dust and allergen retention
• Regular vacuuming of carpets, hard floors, and upholstery
• Maintaining optimal suction and motor health for compatible vacuum cleaners

Good to know

The Swirl Y 207 series is known for its universal compatibility with many popular vacuum brands. The bags are made with up to 50% recycled material, offering a more sustainable choice without compromising performance.