The Wool Throw Blanket from our Striped French Collection at Alpaca Blankets Corporation is a perfect blend of functionality and style that brings warmth and color to any space. Crafted from premium New Zealand wool, this throw is the epitome of luxurious comfort.

Features

• All-natural fibers sourced from a single herd of gray sheep

• No synthetic fibers or chemical dyes

• Soft and warm, all-season throw

• Soft to the touch, durable, and designed for lasting enjoyment

Our Striped French Collection wool throw blankets feature vibrant, colorful stripes that not only uplift your living space but also provide a cozy wrap. The smooth New Zealand wool ensures an irresistibly soft feel, making it an excellent gift for friends and family. This throw is perfect for snuggling and adds a delightful accent to any room. Order yours today.

Specs

• Composition: 100% Eco New Zealand Gray Wool, no synthetics or chemical dyes

• Sensation: Plush, silky soft, and warm

• Size: 55" W x 71" L (140 cm x 180 cm)

• Weight: 1 lb (454 grams), ideal for all seasons

• Artisan-crafted using hand looms, hand-finished

• Care: Dry clean only

About Our Throws & Blankets

Our blankets and throws are made from all-natural fibers of a single farmed and produced herd of Peruvian Alpaca. No synthetic fibers or chemical dyes are used for our final throws or blankets. The farm and production are proudly green and have been in operation for the last 40+ years.

A Few Alpaca Facts

Alpaca fiber is one of the world's finest animal fibers and is prized by clothiers and fashion designers worldwide. Alpacas develop a single coat that lacks guard hairs like those found on wool and other animals. Wool has guard hairs (wool itch factor) which are coarser than the soft undercoat that it is designed to protect. Alpaca's single coat is extremely soft and can be worn next to the skin without irritation. Alpaca fibers are semi-hollow; giving Alpaca fiber added insulation value over wool and other fibers. Alpaca's semi-hollow fiber provides a user with more heat retention in cold and cooling dynamics during the hotter seasons.