Home
/
Loloi Rugs Theory Collection Rug in Beige, Taupe - 9'6" x 13'
Loloi Rugs Theory Collection Rug in Beige, Taupe - 9'6" x 13'
Quantity
Detail
Customer Reviews
The Loloi Rugs Theory Collection Rug in Beige, Taupe, is the perfect rug for you home, and comes at the perfect price!
If you crave a mix of comfort, resilience, and style, our Loloi Theory THY-07 area rug is the answer. Crafted of synthetic yarns, this gorgeous piece boasts an abstract design and neutral hues for versatility, too.
Power-Loomed of polypropylene and polyester, the Theory Collection offers transitional designs for a seamless yet striking addition to any room. Designed with today's home in mind, Theory's construction is made for high-traffic areas with the comfort of a soft, plush pile.
Features:
- Not only is this synthetic rug collection soft, but it's also durable and stain-resistant, so you can confidently place it in heavily used areas.
- Capable of easily complementing global, rustic, traditional, or modern spaces, this abstract piece is highly versatile thanks to an earthy, neutral palette.
- These power-loomed rugs feature a high pile of resilient polypropylene fibers.
- Vacuuming your rug regularly is the easiest way to maintain healthy fibers and prolong its life.
PRODUCT SPECIFICATIONS:
| Width (inches) | 114" |
| Length (inches) | 156" |
| Pile Height (inches) | 0.5" |
| Weight (lbs) | 88.92 |
| Material | Polypropylene | Polyester |
| Color(s) | Beige, Taupe |
| Style | Traditional |
| Construction | Power Loomed |
| Made In | Turkey |
| Backing | Jute Mesh |
| Outdoor Approved? | No |
Product Care:
Clean spills immediately by blotting with a clean, dry sponge or cloth. Appropriate rug pad is highly recommended on all surfaces to prevent slipping, add cushion, and improve durability. For vacuuming, use a vacuum cleaner without a beater bar or one where you can set the bar to the highest pile setting. If your vacuum has variable power settings, set on low. Vacuum full length of the rug, turn and repeat to the next area, rather than back and forth motion.