THE NORTH FACE PILE PESANTE CON CERNIERA INTEGRALE GLACIER UOMO - Asphalt Grey

THE NORTH FACE PILE PESANTE CON CERNIERA INTEGRALE GLACIER UOMO - Asphalt Grey
Asphalt Grey
THE NORTH FACE PILE PESANTE CON CERNIERA INTEGRALE GLACIER UOMO - Asphalt Grey
Asphalt Grey
THE NORTH FACE PILE PESANTE CON CERNIERA INTEGRALE GLACIER UOMO - Asphalt Grey
Asphalt Grey
THE NORTH FACE PILE PESANTE CON CERNIERA INTEGRALE GLACIER UOMO - Asphalt Grey
Asphalt Grey
THE NORTH FACE PILE PESANTE CON CERNIERA INTEGRALE GLACIER UOMO - Asphalt Grey
Asphalt Grey
NEW
THE NORTH FACE PILE PESANTE CON CERNIERA INTEGRALE GLACIER UOMO - Asphalt Grey
-20%

Standard fit: this garment is the exact size for a comfortable and fair fit. The Glacier pile is a great classic. This full zip model is made of heavy fleece, which offers exceptional warmth without adding excessive weight to your layered outfit.

SKU
NF0A89JG03B1006
€ 68.80
€ 86.06
UM
NR
VAT not included

Risparmi con sconto sicuro

PRODUCT DESCRIPTION

Reinforced stretch trim on the collar, cuffs and hem offers increased comfort and durability, while embroidered logos add a touch of style to your hiking, mountaineering and camping looks. This garment is ideal to combine with a waterproof and breathable shell.

Bust tissue :
206 g/m 2, 100% recycled polyester with durable water-repellent PFC-free finishes (Non-PFC DWR)
Fabric cover :
157 g/m 2, 87% recycled polyester, 13% elastane
Rear centre length :
69.215 cm
Model:
89JG
Sizes:
XS-XXL


PFC-free DWR finish for added water protection

Reversible central front zipper with zip on the top of the neck

Central front hinge compatible with Triclimate®

Hand pockets with safety zipper

Reinforced stretch edges on the neck, cuffs and hem for comfort and durability

Embroidered logos on the left chest and behind the right shoulder

Recycled material
This product is made from recycled materials, which help reduce waste in landfills and minimise its impact on nature.

DWR - Water repellent
Durable water-repellent finish that protects against light moisture and saturation of the fabric.