Soft Plush Shag Rug 5x7, Ultra Fluffy Rug for Living Room Bedroom, Non-Slip Fuzzy Large Area Rug for Living Room, Carpet for Girl Boy Kids, Modern Indoor Home Decor Aesthetic, Tie-Dyed Yellow

• Super Fluffy Living Room Rug: The 5x7 tie-dyed yellow living room rug is made of high-density microfiber with a 1.7-inch pile that won't shed over time. Each step on this plush carpet provides unparalleled comfort, a delicate and pleasurable feeling of sheer softness and coziness
• Upgraded Non-Slip Backing Design: This shaggy living room area rug is lined with 0.3-inch thick memory foam with thousands of non-slip dots on the bottom, which effectively reduces the sound of footsteps and ensures that the carpet is securely fastened to improve safety, creating a quiet and comfortable living environment
• Modern Home Decor: Large soft area rugs are available in a wide range of colors and sizes for living rooms, bedrooms, children's rooms, kids' rooms, dormitories, girls' boys' and teens' rooms. Thanks to its gorgeous look, it enhances the overall beauty of a room, adds extra comfort and warmth
• Carpet Cleaning Is Easy: Regularly use a low-power, soft vacuum cleaner to remove surface dust to help keep your carpet feeling fluffy and fresh. For deep cleaning, hand washing or gently wiping with a damp cloth is recommended. After cleaning, place the carpet in a well-ventilated area to dry, avoiding the use of a dryer
• Warm Tips: The shag rugs are vacuum compression packed during transportation. After opening, please shake the rug gently to remove the wrinkles created during transportation and help it to regain its fluffy state. Allow the rug to sit for 2-3 days and the odor and wrinkles will gradually dissipate.

Product description Luxurious fluffy area rug kid's rug for living room bedroom nursery. Size: 2 x 3 ft / 2 x 4 ft / 2 x 6 ft / 4 x 6ft / 5 x 7 ft / 6 x 9 ft / 8 x 10 ft / 9 x 12ft Safety Warning Allow the rug to sit for 2-3 days after opening to dissipate odor and wrinkles. Be cautious of potential slip risk, especially on smooth surfaces.