Why Alpaca

Considered once a gift from the gods and the most important relic of the history of the Incas.

Today, a world concerned about the environment and its sustainability has the opportunity to know and understand the importance of Alpacas and their fibre.

We want to present the WHY ALPACA concept, which will allow many people to understand the contribution of Alpacas to the environment and its sustainability.

Alpaca is a lifestyle

Due to alpaca’s unique properties, many luxury brands have chosen the fibre to manufacture high quality fashion garments. But beyond that, wearing an alpaca garment has a deeper meaning.

It means: To be gentle on the land.


Alpaca Feet do not damage the pasture:

In contrast to goats and sheep, which have sharp hooves that damage pasture and soil, alpacas have two toes with toenails on top and a soft pad on the bottom of each foot that minimizes their effect on pastureland. In other words, the grass system is not disturbed by alpacas, allowing the soil and their habitat to remain intact.

Alpacas do not use the land or water destined for food production

The natural habitat of alpacas is about 3,800 metres above sea level. At this altitude, the water supply is natural and the land is generally not suitable for agriculture. This makes alpacas more environmentally friendly than all other fibre-producing livestock that often contribute significantly to serious environmental problems. Vegetable fibres also represent a problem for the environment. For example, in Australia, 2,830 litres of water are needed to produce 1 kg of cotton.

Alpacas are higly efficient animals

The efficiency of alpacas is especially notable considering that they require much less food intake than most other fibre-producing livestock. Cashmere goats, for example, require at least two times the amount of dry grass that alpacas need to produce 1 kg of clean fibre.

To save energy and water

Alpacas save energy

The natural colours of alpaca are undyed, hence, enviromental issues associated with the dyeing process are minimezed 

Alpaca fibre comes in more than 22 natural colours. These colours are classified into nine pure colours: White, light fawn, light camel, camel, light brown, brown, grey, brown/black and black with many other subtle shades and hues. Therefore, alpaca fibre can be blended into an infinite array of natural colours, including combinations that do not occur naturally, thereby avoiding industrial dyeing and saving important amounts of water and energy

The treatment system for the water used in the washing process of alpaca fibre requires less chemicals and energy than what is needed for other animal fibres

Compared to other animal fibres, alpaca fibre has a low grease content (2.8 - 3.9%), which means that much less energy and chemicals are required to treat the water used for its washing process

To support Andean people and their cultural history.

Alpacas have a history

Alpacas were domesticated between the year 4000 and 5000 B.C

Alpaca” is a Spanish word derived from the Aymara name “Allpacu”, or the Quechuan names “Pacos” or “Pacoshas”. Paintings made on rocks more than 8000 years ago were a reference to the interaction between the ancient Peruvians and the alpacas. Early inhabitants began the domestication process of alpacas between 4000 and 5000 B.C.

Alpacas had a strong impact on the ancient Peruvian cultures

The use of alpaca fibre in textiles began around 2500 B.C., and became increasingly important through time in ancient Peruvian cultures. Woven textiles reflected different levels of power and were often given as tribute to the State or to local lords in return for favours or services, such as in barter trading.

Alpacas survived the Spanish conquest.

It is estimated that there were more than 10 million alpacas in Peru before the Spanish conquest, and only one out of ten survived. The Spanish invasion and conquest resulted in a severe setback to the breeding development of alpacas. Also, the importation of foreign cattle resulted in the displacement of alpacas to higher, colder and more arid areas. At present, it is estimated that 3.7 million alpacas inhabit the highlands of the Peruvian Andes (In the areas of: Puno, Arequipa, Cuzco, Ayacucho, Huancavelica and Apurimac), representing 80% of the worldwide alpaca population

Alpacas are an important source of income for many Andean families

To more than one million small alpaca farmers in the central Andes of South America, alpacas are an important pillar for livelihood.

Alpacas are also an extremely important element of cultural identity. According to the Peruvian National Institute of Statistics and Informatics (INEI) census in 2012, a population of 3.7 alpacas support these Peruvian families.

To be part of a unique tribe with an enlightened and mindful lifestyle.

Products made from Alpaca fibre are unique

Wide range of products.

The fineness of the alpaca fibre ranges from 18 microns to more than 35 microns, which makes it possible to produce everything from extremely fine and light products to thick blankets with superior thermal performance. 

Excellent appearance and durability.

The physical characteristics of alpaca fibre, such as its range of colours, structure and resistance, make it possible to create garments of an exceptionally fine quality, luster and drape, properties difficult to replicate using any other textile fibre. The strength, density and curvature of the alpaca fibre make alpaca garments very resistant to wear and tear.

Efficient humidity absorption.

Due to the hygroscopic characteristics of the alpaca fibre, garments made of alpaca readily absorb moisture from the environment. In other words, the uncomfortable feeling of a “damp garment” is minimized in very humid climates.

Incredibly soft touch.

Microscopically, animal fibres have the appearance of a palm tree with scales. While the height of the scales in wool is between 0.65 to 0.90 microns, the alpaca fibre hardly reaches 0.25 microns. These characteristics make alpaca fibre much softer and smoother than other animal fibres or cotton.

High performance in extreme weather conditions

The physical characteristics of alpaca fibre allow the manufacturing of products with superior performance in extreme climates, in both cold as well as warm weather. Moreover, alpaca fibre is more flame resistant than vegetable or synthetic fibres. In case of fire, alpaca does not melt onto the skin as synthetics fibres do.