- 100% Polyester
- 【Durable Kitchen Scrub Cloth】The soft and absorbent nature of microfiber makes these cleaning cloths effective in trapping and removing dirt, dust, and grime. These non-abrasive microfiber cleaning rags can soak up water from the countertop and tables instantly without lints or streaks left behind.
- 【Clean Health】These premium microfiber towels are perfect for kitchen cleaning, such as removing grease and particles from microwave oven, plates, pots or pans effortlessly. brings you a hygienic, convenient, and economical scrubbing solution with our.
- 【Convenient, Simple and Practical】Comes in a roll with 25 cleaning cloths per roll allows you to use these microfiber towels for a decent amount of time. These scrub rags for cleaning eradicate the need of reusing your kitchen scrubbers that are dirtier than a toilet bowl and offer a better and more effective way to clean your utensils.
- 【Reusable】These microfiber kitchen towels are great for dusting, wiping countertops, polishing surfaces, cleaning appliances and more. They are durable and made to last hundreds of washings.
- 【Extensive Use】scrub Kitchen Wear-Resistant Rag can be used on all types of dishes, pots, frying pans, air-fryers, cast iron pans, sinks, counters, grills, cooktops, etc. It is also useful for cleaning toilets, shower booths, or bathtubs. Make your housework easier, and make the world cleaner.
Product Description
Durable Kitchen Scrub Cloth, Kitchen Wear-Resistant Rag, Disposable Scrub Paper Towel Format Cleaning Cloth Roll, Microfiber Cleaning Supplies Kitchen Towels
Specifications:
Name: Kitchen wear-resistant rag
Weight: 110g
Color: Grey
Material: Non-woven fabric
Composition: 100% Polyester
Product Size: 20*22cm/7.8*8.6in
Contains: Each Roll Contains 25 pcs Scrub Cloth
Shelf Life: 3 Years
Package Include:
2/3/5Roll * Durable Kitchen Scrub Cloth
Note:
1.The size of the manual measurement may have some error, please allow a deviation of 1-3 cm.
2. Due to different lighting and shooting conditions, the color of the image may differ from the actual product.