The Alpaca
Alpacas are present in history
Domesticated between 4000 and 5000 BC The interaction of the "Allpacu" in Aymara - or "pacos", "pacoshas" in Quechua - with the ancient Peruvians appears in cave paintings from 8,000 years ag. They began to be domesticated between 4000 and 5000 BC
Great importance for the ancient Peruvian settlers The use of alpaca fiber in weaving began in 2500 B.C. and became a very important material in ancient Peruvian cultures. Textiles reflected power and were offered as a tribute to the nobility.
They survived the Spanish conquest Before the Spanish conquest there were more than ten million alpacas in Peru, of wich only 10% survived. Today, the Peruvian Andes are home to 3.7 million alpacas, 80% of the world's population.
An important source of development for many Andean families Alpacas are an important source of livelihood for thousands of small farmers in the central Andes of South America, contributing towards improving their quality of life and the development of their locality.
Products made with alpaca fiber are unique
Wide range of products The fineness of the fiber ranges from 12 to more than 25 microns, which allows the production of all types of garments, from extremely fine and light products to thick blankets with thermal properties.
Excellent appearance and durability Its ranges of colors, structure and strength make it possible to create garments of exceptional quality, luster and drape, properties that prevent wear and tear and are difficult to replicate with other textile fibers.
Efficient moisture absorption It is also characterized by its property to easily absorb moisture from the environment, due to its hygroscopic properties that makes it possible to feel and look like dry garment.
Unbelievably soft to the touch The structure of alpaca fiber is only 0.25 microns, a characteristic that makes it softer and smoother, even more so than cotton
High performance in extrema climatic conditions Its physical natureallow the manufacturing of products with superior performance in extreme climates, both cold and hot. It is highly resistant to fire.