Cleaning mop pad accessory for Karcher WV 6 — 172 x 98 x 41 mm (model 2.633-532.0)

Replacement cleaning mop pad designed for the Karcher WV 6 window cleaner. The pad measures 172 x 98 x 41 mm and provides an even, absorbent surface for wiping water and cleaning solution from glass, mirrors and other smooth surfaces. It is shaped to fit the WV 6 head securely and enables streak-free drying when used with the device.

Advantages

The accessory offers a tailored fit for the WV 6 unit, ensuring consistent contact between the pad and the cleaning surface. Its absorbent material collects moisture efficiently and helps reduce streaks and marks. The compact dimensions make it easy to install, remove and store, and the construction is suitable for repeated replacement to maintain cleaning performance over time.

Suitable for

• Cleaning windows and glass surfaces in homes and offices
• Wiping mirrors and shower doors
• Maintaining tiles and other smooth surfaces
• Replacing worn or contaminated pads on the WV 6 unit

Key specifications

• Dimensions: 172 mm (width) × 98 mm (depth) × 41 mm (height)
• Compatible device: designed for Karcher WV 6 window cleaner
• Cleaning surface type: absorbent pad for water and cleaning solutions
• Application area: glass, mirrors, tiles and other smooth surfaces
• Attachment: shaped to fit the WV 6 mop head for secure mounting

How to use

Attach the pad to the WV 6 cleaning head according to the device instructions so that the cleaning surface sits evenly across the head. Use the Karcher WV 6 to apply the cleaning solution and run across the surface; the pad will collect moisture and residues while the device vacuums or dries the area. After use, remove the pad and rinse or replace it as needed to maintain optimal cleaning results.

Usage recommendations

For best results, use a compatible glass or multi-surface cleaning solution and replace the pad when it shows signs of wear, heavy staining or reduced absorbency. Store the spare pads dry and protected from direct sunlight to preserve material performance.