Thickened Microfiber Cleaning Cloth — professional, lint-free cleaning for all smooth surfaces Key benefits - Streak-free cleaning: Dense microfiber construction removes dirt and moisture without leaving streaks or residue on glass, mirrors, or polished surfaces. - High absorption: Thickened fabric soaks up water quickly, drying surfaces faster and preventing unsightly water marks. - Lint-free finish: Tightly woven fibres resist shedding, leaving windows, mirrors and stainless steel surfaces clear and spotless. - Reusable and durable: Machine washable and odor-free, the cloth keeps its softness and performance after repeated use. - Versatile compatibility: Safe for any smooth, non-porous surface — glass, windows, mirrors, cabinets, cups, faucets, car windshields, stainless steel and more. What it does - Cleans and dries in one step: Picks up dirt, fingerprints and water while buffing surfaces to a clear, streakless finish. - Protects delicate surfaces: Soft texture avoids scratching or dulling glass and polished metal. - Reduces cleaning time: High absorbency and lint-free construction mean fewer passes and quicker results. How to use - Use dry to dust and polish or dampen slightly for deeper cleaning. - Rinse or machine wash after use; tumble dry low or air dry. Do not use fabric softener or bleach to maintain performance. Practical use scenarios 1) Home bathroom and kitchen: Wipe mirrors, faucets and glass shower doors to remove water spots and fingerprints without streaks. 2) Automotive care: Dry and polish windshields and interior glass for clear visibility; safe for dashboard and stainless trim. 3) Everyday surfaces: Clean cabinets, glassware and stainless-steel appliances to a streak-free shine without lint. Materials and care - Material: Thick microfiber, tightly woven for durability and lint-free performance. - Care: Washable and reusable; retains softness and absorbency after multiple washes. Choose this thickening microfiber cloth when you need reliable, streak-free cleaning and fast drying on all smooth, non-porous surfaces.