Mop pad Vileda UltraMax XL Red White

The Vileda UltraMax XL Red White mop pad is a replacement microfiber pad designed for use with the Vileda UltraMax XL mop. The pad measures 420 mm wide and 140 mm deep and combines red and white microfiber fabric to deliver effective dirt pick-up and liquid absorption. It is intended as a durable, reusable cleaning surface that restores floors with minimal effort when paired with the compatible mop system.

Advantages

This microfiber mop pad provides high dirt retention and fast drying thanks to its dense fiber structure. The material offers strong absorbency for water and common household spills while maintaining structural stability through repeated use and washing. The pad’s size and shape are matched to the UltraMax XL mop head to ensure secure attachment and even coverage during mopping.

Suitable for

• Routine wet mopping of sealed hard floors such as tile, laminate, vinyl and sealed wood
• Absorbing spills and everyday dirt in kitchens and hallways
• Replacing a worn or heavily soiled pad on the UltraMax XL mop

Key specifications

• Material: microfiber
• Width: 420 mm
• Depth: 140 mm
• Color: red and white
• Compatible with: UltraMax XL mop head
• Reusable and machine washable

How to use

Attach the mop pad to the UltraMax XL mop head following the mop manufacturer’s attachment method so the pad sits flat and secure. For routine cleaning, wet the pad with water or a mild floor cleaner appropriate for your floor type, wring out excess liquid if necessary, and proceed to mop in overlapping strokes. Rinse the pad during cleaning as required, or replace with a fresh pad for larger tasks. After use, remove the pad and launder according to care instructions; allow it to dry fully before next use.

Recommendations

Use plain water or a manufacturer-recommended mild detergent for most floor types. Avoid bleach and fabric softeners to preserve microfiber performance. Wash the pad separately or with other microfiber items at moderate temperature and air dry or tumble dry on low to extend service life.