Women's thermal trousers ORTOVOX 185 Rock'N'Wool Long mounatin rose (8416400034)

Material

Material Merino wool

Grammage 185 g

Merino wool content 100%

Product details

Strut No

Leg length Long

Warnings and producer's data

Producer Ortovox Sportartikel GmbH | Hauptstraße 1, 82490 Farchant, Niemcy | [email protected]

Other data

Sport Winter sports, Tourism

Brand ORTOVOX

Leading colour Maroon

Season Year-round

Model/product code 185 Rock'N'Wool Long 8416400034

Gender Woman

Country of origin of the brand Germany

Code 2000134282

Advantages

Lightness

The pants are designed for maximum comfort, whatever your sporting activity. The choice of fabrics and thoughtful construction make them extremely lightweight, giving the feeling of wearing a second skin "."

Quick-drying material

The fabric used for this model is characterised by its quick-drying properties. Moisture evaporates quickly from the surface of the fabric, both after sweating and after washing. This increases comfort during activity and protects against chilling.

Breathability

The breathable properties of the fabric translate directly into its ability to wick away excess moisture, in the form of water vapour, to the outer layers. This ensures that the skin remains dry, even during intense activity.

Flexibility

The fabric used for this model is characterised by elastic fibres. This makes the pants very comfortable to wear, fitting snugly to the body without restricting movement. This also translates into better thermal comfort.

Thermoregulation

This model of pants will adapt to your body[s needs. The use of suitable fabrics and technologies has made them characterised by good thermoregulation, which protects the body from overheating or cooling down, depending on the situation.

Good moisture wicking

The materials and technologies used in the production meant that this pants model is characterised by very good wicking of moisture from the skin to the outside of the fabric. This has a significant impact on the comfort of use, especially during intensive activity.