ALPACA or MERINO: COOLING TECHNIQUE, WICKING CAPABILITIES, AND WARMTH INSULATION
ALPACA or MERINO
WHICH WOOL IS BETTER IN COOLING, WICKING, AND WARMTH INSULATION
1. How can the Alpaca wool be cooling if they don’t absorb any moisture?
Alpaca fibres have pockets of microscope spaces that are able to hold air inside. This space can hold warmth from your body and insulate against the heat of the sun to keep you cool. Our shirts are of a thinner knit which allows more breath-ability allowing you to cool down without feeling cold.
2. Where is the wicking process coming from. Is the fabric woven like microfiber garment?
The wicking process comes from the alpaca hair itself. Heat is trapped in it’s hollow fibers which mechanically push away water and does not reach a saturation point on the skin. Basically, the water evaporates because of body warmth. Our fabric is not woven, but of a particular knit that gives reinforcement and stretchability.
3. Merino wool also contains air pockets in the hair for warmth insulation. How is this different from Alpaca wool?
Merino wool does air pockets; however, they are tiny and not as insulating as the air pockets found in alpaca wool. Alpaca fibers have a more defined, internal oval structure that have large closed air chilled channels. This structure results in a high thermal quality, breathability, and being lightweight. As seen in the photo below
Source of image from: SOURCE: FIBRES & TEXTILES in Eastern Europe 2012, Vol. 20, No. 1 (90)
4. Where is the antibacterial in Alpaca coming from?
The antibacterial properties come from the keratin component found in alpaca.
SOURCE: FIBRES & TEXTILES in Eastern Europe 2012, Vol. 20, No. 1 (90)