Brubeck Base Layer 0199 thermal T-shirt white SS10540

Parameters

Brand Brubeck

Country of origin of the brand Poland

Gender Male, Woman

Material Polyamide, Polypropylene

Model/product code SS10540 Base Layer 0199 SS10540

Leading colour White

Antimicrobial properties Yes

Sleeve length Short

Season Year-round

Technologies 3D PRO Technology

Breathability Yes

Merino wool content No

Sport Winter sports

Quick-drying material Yes

Brubeck Base Layer 0199 thermal T-shirt white SS10540 2

Sizes

Size	XS	S	M	L	XL	XXL
Height (cm)	154-164	158-170	162-176	166-182	170-188	174-194
Chest girth (cm)	82-88	84-92	88-94	94-100	100-108	108-114

Product description

Advantages

Quick-drying material

The high-quality material has properties that accelerate its drying. As a result, even after a great deal of exertion, you should not feel any sweat on your skin and feel completely comfortable. It also speeds up drying after washing.

Breathability

Breathable materials increase comfort during outdoor activities. They provide ventilation and allow the skin to breathe freely. They keep moisture away from the body and act as a second skin "."

Antimicrobial properties

The finish is characterised by its antibacterial properties. This keeps the garment fresher for longer, guaranteeing comfort for the wearer. It keeps perspiration away from the skin and does not absorb bad odours.

Flexibility

The purpose of thermal clothing is to adhere perfectly to the skin, which is why the elastic fabric is stretchable and resistant to tears and ruptures, regardless of the activity. It is made from high-quality materials.

Seamless construction

This T-shirt will not cause chafing or irritation, even during intense activity when your skin sweats more. This is mainly due to the seamless construction, so you will maintain a high level of comfort and convenience.

Technologies

3D PRO Technology

A technology developed by the Brubeck brand. It gives the fabric a spatial construction based on a three-dimensional mesh model. This construction increases the surface area of moisture absorption and promotes air circulation inside the fabric. In areas of increased perspiration, the weaves have been modified for even better functionality.