
Eaton Linear Area Rug
The Eaton Linear Area Rug from Exquisite Rugs is a masterclass in tonal depth, utilizing a specialized hand-knotted technique to create a surface rich with character. This rug features a sophisticated linear aesthetic, where thin, variegated ribbons of color flow horizontally to mimic the natural grain of stone or wood. By combining the matte durability of high-quality wool with the radiant shimmer of bamboo silk, the rug achieves a multi-dimensional look that responds beautifully to changing light.
Highlights:
- Features a refined striated pattern that creates a sense of fluid, horizontal movement
- Made in India
- Artisanally hand-knotted using a premium blend of wool and bamboo silk for lasting quality
- Lustrous silk-like fibers provide a delicate sheen that enhances the neutral color palette
- Naturally resilient pile offers a smooth and substantial feel underfoot
- Flexible, low-profile design without backing ensures a seamless fit on any hard surface
Product Information
Product Information
Shipping & Returns
Shipping & Returns
Description
The Eaton Linear Area Rug from Exquisite Rugs is a masterclass in tonal depth, utilizing a specialized hand-knotted technique to create a surface rich with character. This rug features a sophisticated linear aesthetic, where thin, variegated ribbons of color flow horizontally to mimic the natural grain of stone or wood. By combining the matte durability of high-quality wool with the radiant shimmer of bamboo silk, the rug achieves a multi-dimensional look that responds beautifully to changing light.
Highlights:
- Features a refined striated pattern that creates a sense of fluid, horizontal movement
- Made in India
- Artisanally hand-knotted using a premium blend of wool and bamboo silk for lasting quality
- Lustrous silk-like fibers provide a delicate sheen that enhances the neutral color palette
- Naturally resilient pile offers a smooth and substantial feel underfoot
- Flexible, low-profile design without backing ensures a seamless fit on any hard surface























