20PCS Reusable Cleaning Gloves for Home, Electrostatic Dust Removal Nonwoven Dusting Gloves

Color: 20pcs Product overview Reusable spunlace nonwoven cleaning cloths with a rhomboid textured surface designed for effective wet or dry cleaning. Soft, nonshedding material that cleans without scratching and absorbs liquids and fine debris efficiently. Key benefits Powerful cleaning action: Rhomboid surface increases friction to capture fine dirt and improve cleaning efficiency on surfaces. Strong absorption: Spunlace nonwoven fabric soaks up water and spills quickly for faster cleanup. Gentle on surfaces: Soft, lint construction prevents scratching on furniture, glass, and finished surfaces. Durable and reusable: Withstands repeated washing and kneading without deformation, making it a practical and economical cleaning choice. Low shedding and stable residue behavior: Cloths do not shed fibers during use and maintain integrity when handled. Material and performance Material: Spunlace nonwoven fabric for a balance of softness, strength, and absorbency. Texture: Rhomboid patterned surface for increased friction and particle capture. Use: Suitable for both wet and dry cleaning; easy to rinse and reuse. Quantity: Pack contains 20 pieces. Recommended uses and scenarios Kitchen cleanup: Wipe countertops, wash and dry kitchenware, and absorb cooking spills quickly. Home surfaces: Clean desks, tabletops, shelves, and window grooves without scratching finishes. Glass and mirrors: Remove fingerprints and smudges for streakreduced results when used wet or dry. What makes this product stand out Combines a textured surface for effective dirt removal with a soft, nonscratching fabric to protect surfaces. Reusable design reduces the need for disposable wipes while remaining easy to clean and quick to dry. Versatile for multiple household tasks, providing a single cleaning solution for many surfaces. Care instructions Rinse after use, hand wash or machine wash as needed, reshape and dry. Do not use bleach or abrasive cleaners to maintain fabric performance.