Head Women's KORE 3/4 Pants 2024

824082-SM-BK

$ 100.00 $ 200.00

Color

Size

S/M

Length

3/4 Length

Qty

Padded with advanced PrimaLoft® Gold insulation, the KORE 3/4 PANTS WOMEN will keep you warm in extremely cold conditions.

Designed to be worn underneath other pants, and padded with premium PrimaLoft® Gold insulation, the KORE 3/4 PANTS WOMEN will keep you warm on bitterly cold days. You can also move freely in these three-quarter-length pants, which are made with stretchy, elastic fabrics, and which have stretch fleece inserts with merino wool content for more breathability. Innovative performance is fused with modern style, which is enhanced by the large, tonal, embroidered KORE logo on the back of one leg, while the pants also have a flat waistband and seam constructions.

Facts:

ARTICLE NUMBER: 824082
MAIN FABRIC: 82% polyamide 18% elastane (spandex) woven lightweight with wicking
2ND FABRIC: 76% polyester 18% wool 6% elastane (spandex) with brushed back side
INSULATION: 100% polyester PrimaLoft® Gold 60g
FIT:regular

Features:

3/4 pants with high quality PrimaLoft® Gold insulation
to be worn under 3L shell pants for cold conditions
flat waistband and seam constructions
elastic fabrics for more freedom of movement
stretch fleece inserts with merino wool for more breathability

Technologies:

PRIMALOFT: PRIMALOFT is the leader in fiber research and development for hight performance insulations and yarns. All PRIMALOFT products are BLUESIGN certified.

MXM: MXMIntense competitions and hard training sessions demand a lot from clothing. For this purpose we developed the HEAD Sportswear MXM (Moisture Transfer Microfibre) technology. These high-performing microfibres move sweat to the surface of the material where it is efficiently removed. This brings a cooling effect and allows the material to dry quickly.

STRETCHABLE FABRIC

MERINO TECNOWOOL: Merino is undouptedly the most environmentally friendly of all fibres used in sports. At the same time it offers a high level of breathability and excellent thermoregulation properties.