Uyn Unisex Future EAR Flap Hat -

298.90€ incl. VAT.

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Color :

black (B000)

FW2122 - SS25

Size :

L/XL

Size Guide

S/M

L/XL

∗For deliveries to Germany
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The facts at a glance

Suitable for

Unisex

Made for

Urban & Work

water repellent

Uyn Unisex Future EAR Flap Hat

The unisex Future EAR Flap Hat from Uyn is the perfect combination of sophisticated style and high functionality for everyday urban life and work. This earflap hat impresses with its innovative 3Dknitted fabric, which has a water-repellent treatment and therefore offers optimum protection in changing weather conditions. The integrated BUFFERCONE technology provides excellent insulation by trapping warm air and forming a protective layer that effectively protects against the cold.
With its adjustable buckle fastening under the chin, the cap fits individually and offers additional comfort and safety on windy days. The unisex design is suitable for everyone and adds a sophisticated touch to any outfit. Whether in the mountains or in the city, the UYN Future earflap beanie will keep you warm and stylish on the coldest days.

Product details

Optimal for:

Everyday life

Features:

Water repellent
3D knitted fabric with water-repellent treatment - BUFFERCONE technology for a high level of insulation - Adjustable buckle closure under the chin

Materials:

96% POLYAMIDE; 4% ELASTANE

Care instructions

Mild process 30°|Do not bleach|Do not tumble dry|Do not iron|Do not dry clean||
30°C Gentle process
Do not bleach
Do not tumble dry
Do not iron
Do not dry clean

Technologies and manufacturing processes

BUFFER CONE
The human body produces heat, the most effective form of insulation is that which prevents its loss. UYN technicians have developed a material with an innovative structure that retains heat very well. This allows for a three-dimensional, bag-like surface structure in which heated air is trapped in so-called "buffer cones," creating a buffer zone. Unlike conventional nonwoven materials, the thickness of the structure can be adjusted as desired. Based on the mapping of the heat distribution of the human body, areas with high, medium and low insulation performance can be created.