Brubeck Dry

Are you active all year round and need thermal leggings that can be worn as a single layer or in a multi-layer system, e.g. under a ski suit in winter? Functional leggings from the DRY collection are perfect for the transitional period and on colder days for running and in winter for winter sports. It is a universal product that will be appreciated by every active man.

PRODUCT CODE: LE11860
COLOR: BLACK-GRAPHITE
COMPOSITION: 62% polyamide, 38% polyester
WEIGHT: 170 g/m2

MEN'S EXERCISE LEGGINGS FOR EVERYONE SEASON
Our functional leggings are perfect for running, recreational cycling or roller skating, and for team sports such as football in the transitional period. If you are looking for thermal underwear for winter sports under a suit, sports long johns and a long-sleeved T-shirt from the same collection will work equally well.

LONG LEG SPORTS LEGGINGS DESIGNED FOR YEAR-ROUND ACTIVITY.
The versatility of long-leg training leggings is possible thanks to the use of a knitted fabric with a two-layer structure. It has two main tasks to fulfill. First, efficiently remove the moisture generated during activity to its surface, leaving the skin dry. The second is to maintain body temperature at an optimal level, without causing the body to overheat or cool down. We also used a seamless finish on the thermal long johns, so you are not exposed to irritation and injuries. Additionally, we have placed special ventilation zones in places of excessive sweating that will support air circulation. They are flexible and adapt to the shape of your figure.

• Seamless technology
• Efficient removal of moisture to the outside
• Perfect adhesion to the shape of the figure
• Comfortable cut
• Ventilation zones

1. Transport of sweat from the skin surface to the outside (via capillaries)
2. Protection against heat loss
3. Body thermal insulation
4. Ventilation of places with increased sweating and heat emission
A. Leather
B. Outer layer (hydrophilic or hygroscopic)
C. Inner layer (hydrophobic)
D. Two-layer knitted structure based on microfibres
E. Capillaries (microchannels)