Geoff Anderson

Inxula ™

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  • Regular price 699,00 kr
Tax included.


  • Polartec® Power Stretch®
  • Stretchable in all directions
  • High breathability
  • Keeps skin dry when sweating
  • "Heat without weight"
  • Does not freak
  • Comfortable to the skin
  • Can be machine washed
  • Practical zipper pocket

Inxula ™ middle layer is made of Polartec® Power Stretch®. A warm fleece that despite its many functions is very easy - we call it "heat without weight". Because it is very elastic and soft, the shirt is incredibly comfortable to wear.

 

The shirt has a practical front pocket and a hole for the thumb, so that the sleeve does not slide down. The zipper on the Inxula shirt is designed at an oblique angle, so zippers from other clothing layers are not on top of each other.

 

It can be uncomfortable to sweat and it can also make you cold - it prevents Polartec® Power Stretch®. The fabric is very breathable, the inside absorbs the moisture from the skin and transports the moisture to the outside. The moisture spreads over a large area and thus evaporates quickly - twice as fast as cotton.

 

With physical exertion, the Polartec® Power Stretch® body keeps dry and warm. It is the most versatile material - used for the manufacture of outdoor clothing and other fleece clothing - available on the market today.

 

Inxula ™ has a double-sided construction with two unique surfaces: 
1. The outer layer is wind-repellent and durable 
2. The soft inner layer draws moisture away from the skin and keeps you dry, warm and comfortable

 

How it works:  Polartec® Power Stretch® keeps the skin dry due to three coordinated mechanisms:

1. The fabric is extremely breathable, allowing unimpeded evaporation of body moisture

2. The rough inside produces many small contact points with the skin. Hereby, sweat is immediately transported away from the skin to the outside of the fabric. The moisture spreads over a large area and can thus quickly evaporate

3. When sweating reaches the outside of the fabric, it spreads over a large area. Thereby, the moisture evaporates at least twice as fast as on cotton