2 Pack Upgraded Mop Pad Replacement Brush Heads Compatible with Shark S8201 S7001 S7201 S7000 S7001 S7005 S7020 Steam Mop Pads, Professional Cleaning and Polishing, for Deep Cleaning Hard Floors

About this item

• S8201/S7000 Series Upgraded Replacement Pads: The steam mop pads only compatible with Shark QM7001QBL, QM7001QMV, QM7001QPL, QM7001QWH, QM7003QCM, QM7003QNV, QM7003QST, S7000, S7000AMZ, S7001, S7001TGT, S7005, S7005CCO, S7020, S7201CCO, S8000, S8001, S8200, S8201, S8201Q, S8201QEG, S8201QMT Steam & Scrub All-in-One Scrubbing and Sanitizing Hard Floor Steam Mop. Part # 437CU8000. Compare part model #: XKITP7000
• Deep Cleaning: The upgraded Brush Heads for shark steam mop pad engineered with heat-resistant nylon bristles. It seamlessly adapts to the Shark steam mop's jet function—using high-temperature steam to loosen tough grime, no pre-soaking. This enables deep cleaning and breakdown of all kinds stubborn messes (hardened grease, sticky sugars, ground-in dirt, etc.), while simultaneously polishing floors to a brilliant shine—all without causing scratches. Get pro-level cleaning results
• Efficient Steam Mop Pad: Material and cleaning performance upgraded, super decontamination, kitchen oil, mud footprints, juice, coffe, milk stains andother easy to solve. Designed for hard floors, suitable for wooden floors, tiles, bathrooms, kitchens and other scenarios, efficient cleaning,but also can care for the floor, bring peace of mind experience
• Washable and Reusable: Each set contains 2 professional-grade replacement brush heads, sturdy 15mm thickness mop discs and 30mm nylon bristles, durable washable design, continuous high efficiency cleaning power, suitable for multi-scene high-frequency cleaning
• Meet your needs: If you have any questions about the steam mop replacement pad, please feel free to contact us, we are committed to providing the best quality products and providing efficient customer service. Note: Long term use may cause slight deformation of the bristles, but please do not worry, it will automatically recover after being left for a period of time