The incredibly light and luxurious texture of this exquisite scarf comes from blending the finest baby alpaca fibers with silk threads, making it warmer and softer than sheep's wool and cashmere.
The incredibly light and luxurious texture of this exquisite scarf comes from blending the finest baby alpaca fibers with silk threads, making it warmer and softer than sheep's wool and cashmere.
Alpacas are camelids native to the high Andes Mountains of South America. They represented a valuable resource to the ancient Incas, their precious fleece being sewn into garments that had the ability to warm their wearers against even the harshest winter chills. Alpacas come in a range of more than twenty naturally gorgeous colors, from inky black to warm chestnut and snowy white, and their wool is lofty, soft and warm.
Nowadays, alpaca wool is the new trend among high-end designers who are favoring this soft, durable fiber over mass-produced cashmere. Baby alpaca is a finer and softer type of alpaca wool that comes from the first shearing of an alpaca. It can rival its cashmere counterpart when it comes to softness and outdo it when it comes to strength. Alpaca fiber is hollow inside, which allows it to be light and breathable and, at the same time, very insulating, with a thermal capacity superior to what other types of wools can provide. It is also stronger, more durable than sheep’s wool, extremely soft (not prickly) and it doesn’t contain the lanolin normally found in wool, meaning that most people who have wool based allergies will not be allergic to alpaca. From an environmental and social perspective, alpaca wool is more sustainable than cashmere (which is the cause of great environmental stress in China and Mongolia) and has a better quality/price/durability ratio. It is also a fair-trade product that has created market opportunities for artisans in South America as well as fair wage and safe working conditions.
Designers often combine alpaca fibers with other types of wool (merino, cashmere), silk and even cotton in order to obtain different effects in materials.
