Diatomaceous Earth Drying Mat — approx. 21 x 21 x 3 cm Key benefits Reliable moisture control: Made from diatomaceous earth, the mat absorbs up to twice its own weight in water, keeping surfaces dry and preventing moisture buildup that can cause stains, mold or warping. Compact, discreet size: At approximately 21 x 21 x 3 cm the mat fits easily in small spaces while complementing room aesthetics rather than cluttering them. Durable, low-corrosion design: The polished surface looks clean and modern, and four robust stainless steel feet protect the underside from direct contact with water and resist rust, extending the product’s service life. What makes this mat useful Fast absorption and drying keeps counters, shelves and floors dry with minimal maintenance. Small footprint makes it compatible with sinks, vanities, shelves, plant stands and other tight areas. Sturdy materials and elevated feet mean reliable, long-term use without frequent replacement. Key features (concise) Material: Diatomaceous earth for rapid water absorption Absorption: Absorbs up to twice its own weight in water Size: ≈ 21 x 21 x 3 cm — space-saving and versatile Surface: Polished, slim profile for a neat appearance Feet: Four stainless steel feet to prevent rust and prolong durability Practical use scenarios Bathroom countertop: Place under soap dispensers, toothbrush holders or bottles to absorb drips and protect the vanity surface. Kitchen or bar area: Use beneath a small dish rack, sponge holder or coffee station to collect stray water and reduce countertop care. Plants and pet areas: Sit under indoor plant pots or pet bowls to catch spills and prevent moisture damage to floors or furniture. Performance notes Designed for everyday household use where quick, passive water absorption and surface protection are needed. The elevated stainless steel feet reduce direct contact with wet surfaces and help maintain airflow under the mat. This drying mat delivers practical moisture control in a compact, durable package suitable for many home and small-space applications.