Diatomite Three-dimensional Flower Floor Mat Bathroom Non-slip Mat Quickdrying Soft Foot Mat Machine Washable Foot Mat Feature: Material:diatomite Color:Multicolor Prouct size:40x60cm or 15.74x23.62in Packing size: 40x6x6cm or 15.74x2.36x2.36in Gross weight:288g or 0.63lb Descrition: Heavy Density Microfiber The bath mats are made up of 1.18 inch height thick, soft and fluffly microfiber, where with the help of unique fiber , the fluff is thicker, making it great for bathroom, vanity, vacation home, bedroom, kids’ bathroom, guest suite.Living room cushion, children's play area, pet room, pet cushion,etc. Non slip TPR Backing The mat is equipped with TP rubber backing and not PVC or glue, to provide you with slip experience and durability. Please note not to place the mat wet and make sure that the floors are dry underneath the rug, to Prevention slippage. Absorbent and Dry The soft microfiber fabric, will not let the water dripping with water to the floors, when you are stepping out of your bath, shower or getting intend by the sink. Further, there is Water content inside the mat’s pile, which allows the rug to dry quickly and cleanly. Easy Maintenance bathroom mats can be machine washed separately with cold water, mild detergent which has no chloride or and tumble dry low speed or hang dry. Also, the color will not fade and will stay Energy for many years even with following washing and drying many times. Beautiful Decoration, Gifting andamp Multipurpose The mats have unique gradient color, to provide beautiful to nearly any space in your bathroom. The mats work perfectly in front of your or double sink, shower, bathtub or anywhere you want to have support and warmth for your feet. Further, the mats make a gifting choice for your partner and family during Christmas, Father ’s Day or any other special occasion. Package Content: 1x Diatomite Floor Mat Note: Due to the light and screen setting difference, the item's color may be slightly different from the pictures. Please allow slight dimension difference due to different manual measurement.