Sacos filtrantes de não tecido Kärcher Renovation KFI 489, 4 unid.

The Kärcher fleece filter bags Renovation KFI 489 (4 pcs.) are designed for drum vacuum cleaners and are suitable for vacuuming dry and damp dirt as well as fine dust produced during renovation work and use of power tools. The grey, five-layer fleece material with integrated prefilter is tear-resistant and maintains airflow to ensure sustained suction performance and effective dust capture. These bags are developed as a customer-fit for Kärcher Home & Garden models WD 4–6, KWD 4–6 and MV 4–6. Scope of supply: 4 bags.

Advantages

The five-layer, extremely tear-resistant fleece material with prefilter prevents rapid clogging of the filter surface, preserving suction power over prolonged use and improving dust filtration efficiency. The bags are suitable for both dry and damp debris and capture fine renovation dust, reducing particulate release during vacuuming.

Suitable for

• Vacuuming fine dust from renovation and construction sites
• Cleaning up dry and slightly damp dirt
• Use with drum vacuum cleaners in workshops and at home
• Compatible replacement for Kärcher Home & Garden WD 4–6, KWD 4–6 and MV 4–6

Key specifications

• Brand: Kärcher
• Model / MPN: 2.863-355.0
• EAN: 4066529053671
• Type: Fleece filter bags (Renovation KFI 489)
• Quantity: 4 pieces per pack
• Colour: Grey
• Suitable for vacuum type: Drum vacuum

How to use

Fit a replacement fleece filter bag into the dust container of a compatible drum vacuum (models WD 4–6, KWD 4–6, MV 4–6) according to the vacuum cleaner manufacturer’s instructions. Ensure the bag is properly seated and the inlet collar is secured before switching on the vacuum. Replace the bag when capacity is reached or when airflow decreases noticeably.

Recommendations

For best results, use these bags when vacuuming fine renovation dust and avoid exposing them to large amounts of liquid; they are suitable for slightly damp debris but not for continuous wet pickup. Replace the bag promptly when full to maintain optimal suction and filtration.