Highland Tweeds Reversible Double Cloth Throw - Silver/Grey

Grey gets accused of being boring mostly by people who aren’t very good at grey.

This Highland Tweeds throw makes a fairly convincing defense. Woven in the United Kingdom from pure new wool, its double-cloth construction gives you silver on one side and a deeper grey on the other -- two neutrals separated by just enough contrast to make flipping it over feel surprisingly consequential. The substantial wool is naturally warm and breathable, while the generous proportions make it equally useful across the back of a sofa, at the foot of a bed, or wrapped around yourself when the temperature drops and whatever you were planning to accomplish suddenly seems negotiable. Fringed edges add a little texture, but otherwise the design knows when to leave well enough alone. It turns out quiet and boring were never actually the same thing.

The Details

• Reversible double-cloth wool throw
• Silver on one side + grey on the reverse
• 100% pure new wool / Shetland lambswool
• Approx. 70" × 55"
• Substantial double-cloth construction
• Naturally warm, breathable + insulating
• Fringed edges
• Woven using traditional techniques
• Made in the United Kingdom
• Dry clean recommended

About the Brand:  Highland Tweeds by Prince of Scots

The British have been making wool blankets for an awfully long time, which seems like one of those situations where experience probably matters. Highland Tweeds is Prince of Scots' collection of wool textiles inspired by British and Scottish textile traditions, with an emphasis on natural fibers, traditional weaving, and pieces intended to survive considerably more than one decorating cycle. Prince of Scots describes its guiding question as whether something will still be beautiful twenty years from now, which is a refreshingly inconvenient standard in an industry that periodically decides everyone needs an entirely different shade of beige. The collection is woven in the British Isles and favors wool, tartans, herringbones, and other things that have already demonstrated a fairly impressive resistance to becoming obsolete.