LUMI Washable Indoor Entrance Doormat 36x60, Absorbent Quick-Dry Door Mat, Dirt Trapper Non-Slip Low Profile Entryway Mats for High Traffic, Grey

Overview

• Brand : LUMI
• Size : 36"x60"
• Material : Polypropylene
• Weave Type : Machine Made
• Pile Height : Low Pile

About this item

• Low Profile & Thin: Our indoor doormats feature an ultra-slim profile of just 0.35 inches, masterfully crafted to be lightweight, thin, and highly practical, ensuring effortless door operation without any obstruction. Furthermore, its unique diamond-shaped pattern design not only enhances the aesthetic appeal of your home, adding a touch of modernity.
• Absorbent & Non-Slip: Features a firm anti-slip TPR backing, our door mats significantly reduce the risk of slips and falls. Besides, this doormat utilize high-efficiency absorbent materials to ensure that they quickly and thoroughly soak up water and mud from your shoes as you step inside.
• Dirt Trapper: Our door mats excel at intercepting dust and small debris, effectively serving as a barrier to prevent dirt and particles clinging to the soles of your shoes from infiltrating your indoor space. Carefully designed and meticulously crafted, these mats feature a dense and fiber-rich surface that possesses an exceptional ability to capture and retain a wide array of impurities.
• Easy to Clean: Our door mats are easy to clean and maintain. You only need to gently shake the pad to remove most of the attached dust and small particles. In addition, gently sweeping the surface with a vacuum cleaner can quickly remove any remaining dirt. What's even more reassuring is that our door mats support machine washing, which is convenient and fast.
• Multi-scenario Application: Our door mats offer versatile multi-scenario application, seamlessly blending into diverse environments such as home entrances, bustling kitchens, damp bathrooms, and professional offices. Available in a range of sizes, they are tailored to meet the unique space requirements of various rooms, ensuring a perfect fit and optimal functionality wherever they are placed.