Graplife Stone Dish Drying Mat for Kitchen Counter, Quick Drying, Ultra Absorbent, Heat Resistant, Eco-Friendly Diatomaceous Earth Stone Dish Pad for Dishes Bottles Cups(12x16inch, White)

Price: $39.99
(as of Jan 06, 2024 14:07:23 UTC – Details)

From the brand

Graplife is committed to providing customers with a beautiful way life.

Our stone dish drying mat, a new mat which is made of organic diatomaceous earth, this sustainable material absorb water in seconds to help prevent mold.

Together with Graplife , use energy-saving products to Grap your better Life.

Food-Grade Material: The stone dish drying mat is crafted from food-grade diatomaceous earth material, and rigorously tested to ensure absolute safety when in contact with food.
Ultra Absorbent: Crafted from diatomaceous earth, dish drying mat material boasts exceptional water-absorbing capabilities, swiftly soaking up moisture within minutes. Keep your kitchen countertop consistently dry and pristine, bidding farewell to issues of dampness.
Easy to Clean: For light stains, simply rinse with water. For stubborn stains, use the included sandpaper for cleaning to restore the dish drying mat’s water-absorbing capability. After cleaning, place it upright in a well-ventilated area for quick drying.
Widely Used: The stone drying mat for kitchen counter can be placed on the kitchen countertop to hold recently washed plates, spoons, cups, and other utensils. It can also be positioned under a dish rack or used as a trivet, a pet feeding mat, or a bathroom countertop mat.
Size: The size is 16″x12”, it fits most kitchen countertops.
An Eco-Responsible Choice: Make your home and the planet a safer place. This drying stone for kitchen counters is durable and lasts long–they’re even backed by a 12-month satisfaction guarantee!
Tips: 1.This kitchen dish drying mat is able to be stable on the kitchen table, it is not necessary to use to the non-slip mat. 2.Please avoid spilling dark beverages such as coffee and red wine on the stone drying mat, as it may leave marks on its surface.