SR-722 Polyester Fabric - White/Black 3D Lines, Shag Area Rug, 2" Pile Height (1 Piece)

Bring modern texture and cozy comfort into your space with the SR-722 Polyester Fabric Shag Area Rug. Designed with a striking white and black 3D lines pattern, this plush rug adds visual depth, softness, and a contemporary finish to living rooms, bedrooms, lounges, and more. The dense shag pile creates a fluffy underfoot feel, while the shiny yarn detail enhances the look with subtle dimension and a refined touch of style.

This rug is crafted from 100% polyester for dependable durability, long-lasting color, and everyday performance. Polyester is known for being resilient, easy to maintain, and suitable for high-traffic areas, making this a practical choice for homes that need both beauty and function. The sturdy jute backing helps provide stability and support, reducing the need for an additional rug pad in many settings.

Features & Benefits

• Soft shag texture delivers a plush, comfortable feel underfoot.
• 100% polyester construction offers durability and easy maintenance.
• Modern white and black colorway creates a bold, versatile statement.
• 3D lines design adds depth and contemporary visual interest.
• Shiny yarn enhances the surface with a subtle decorative sheen.
• Jute backing provides added stability and support.
• Machine-made construction helps ensure consistent quality and finish.
• Stain- and fade-resistant performance supports long-term beauty.
• Dense 2" pile height creates a luxurious, cozy look and feel.

Recommended Uses

• Living room accent rug
• Bedroom comfort rug
• Family room decor
• Modern home styling
• Apartment and condo interiors
• Statement floor covering for lounges and sitting areas

Care Instructions

Vacuum regularly to maintain the pile and remove surface dust. For spills or stains, blot immediately with a clean, dry cloth. If needed, use a damp cloth with mild detergent and gently blot the area. Avoid rubbing, as this can push the stain deeper into the fibers. Minor color and size variations may occur due to monitor settings and manufacturing tolerances.