THE CRAFT PRINCIPLE
Since 1977 we have been actively involved in the research and development of ventilation
and moisture dispersal properties for different fabrics. The fruit of these efforts is the Craft
Principle, our way of providing functional training and competition wear that ensures the best
body microclimate (the temperature and moisture conditions closest to the body) for optimal
performance. An intensive training session will result in the body producing a considerable
amount of sweat. This is just how it should be and a confirmation that you are pushing your
limits. If you are not wearing functional clothes, the sweat will remain in place and block the
pores, causing your body heat to rise. Eventually the clothes will turn into a damp, cold and
heavy “envelope”, relentlessly hampering your performance. If you are wearing functional
clothes, however, the skin will stay dry and you will be able to perform at an ideal working
temperature. Craft’s functional clothes, in up to three layers, create a perfect microclimate
and provide the basis for optimal performance. Each layer is equally important and
complements the rest of the chain. .
BASELAYER
Baselayer that efficiently transports moisture away from the skin and
distributes it on the outside of the garment, where it either evaporates
or is passed on to the next layer. For optimal per formance and comfort,
craft baselayer should always be worn underneath your outer layers,
regardless of weather conditions.
MIDLAYER
Craft midlayer provides insulation and warmth while transporting
moisture and excess heat to the next layer or into the surrounding air.
When the thermometer creeps downward, this layer enables you to
retain valuable body heat without reducing your freedom of movement.
PROTECTION LAYER
The third and outermost layer is your shield against the elements
and provides comfort and per formance no matter the conditions.
Transcending the laws of logic, craft protection layer protects against
rain, wind and cold at the same time as it releases surplus heat and
moisture from the layers underneath.
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