Double Sided Round Kitchen Sponge 3 Pack, Non Scratch Dishwashing Sponge with Absorption Design

This pack of three double sided round dish sponges is designed for everyday kitchen cleaning, delivering strong stain removal and gentle care for pots and bowls. The yellow sponges combine a soft, absorbent side and a firmer scouring side to handle grease, stuck food, and general cleanup without damaging surfaces. Key benefits Double sided cleaning: one side is reinforced sponge wrapped in nylon mesh for fast absorption, rich foam, and oil removal; the other side is a soft scouring layer for tackling stubborn stains without scratching. Durable material and feel: dense silver wire construction and elasticity sponge provide soft resistance to friction, long lasting use, and reliable cleaning performance. Improved thickness and absorption: upgraded thickened sponge holds more water and soap, creates more foam, and removes stains more efficiently. Hand friendly and reusable: soft texture is gentle on hands, can be rinsed and reused multiple times, and maintains shape and performance after repeated use. Compact and convenient: each sponge measures 4.92 by 0.98 inch and weighs about 20 grams, making them easy to store and handle during washing tasks. Practical uses Pots and pans: use the scouring side to remove stuckon food while the nylon mesh sponge lifts grease and residue. Bowls and dishes: quick removal of oily film and food stains without scratching glazed surfaces. Multi surface cleanup: suitable for cleaned cookware, kitchen utensils, and general countertop wiping where both absorption and gentle scrubbing are needed. Specifications Color: Yellow Number of items: 3 Size: 4.92 by 0.98 inch, each piece about 20 g Material: dense silver wire scouring layer, elasticity sponge, nylon mesh wrap Function: oil resistant and stain removal Suitable for: pots and bowls These double sided round dish sponges deliver balanced cleaning power and care, making routine kitchen washing faster and more effective while protecting cookware surfaces.