Uyn Yeti Mittens

168.90€ 128.75€ incl. VAT.

SALE

NEW

-24%

Color :

pink yarrow/black (P484)

FW2324 - FW2425

∗For deliveries to Germany
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Free shipping to DE and AT

Ships to many european countries

Pay upon invoice

30 days return policy

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Carbon neutral shipping (DHL)

The facts at a glance

Suitable for

Unisex

breathable

stretchable

waterproof

windproof

Protection and comfort in one glove: that's what the UYN YETI offers. Thanks to the water and windproof fabric, they offer optimal protection against all climatic conditions. The internal structure in BUFFERCONE makes these gloves extremely comfortable and breathable, keeping the hand insulated and dry. UYN YETI not only protect your hands, but also the environment: they are made of 100% recycled and biodegradable padding material, guaranteeing unchanged durability throughout the life of the gloves.

Product details

Features:

Breathable
Waterproof
Internal structure made of BUFFERCONE, for more breathability and elasticity of the glove
Waterproof, windproof and breathable
Soft nappa palm
Padding made of 100% recycled and biodegradable insulation material.
Velcro wrist closure
Neoprene wrist cuff prevents rapid cooling of the hands
Quick pull function for easy removal of the gloves
Hand wash possible

Materials:

Polyester 49% Elastodiene 25% Polyamide 25% Elastane 1% Commercial composition Lining: Polyester 63% Polyamide 33% Elastane 4%

Care instructions

Mild process 30°
NOT sheets
do not tumble dry
non-ferrous
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.