SCOTT Defined Tech Hybrid Women's Pullover
Model : 420494
Key Features
- Grid fleece knit
- Half zip Pullover
- Quick-dry and breathable material
- Reinforced shoulder parts
1. Color : black/douglas green
149.90 €
Delivery within 2-3 working days after order placed
Free shipping on orders above € 99
Free return within 14 days
- The Defined Tech pullover belongs in the wardrobe of every outdoor enthusiast. Designed for freedom of movement, breathability, and moisture management, it proves to be an indispensable layer for all versatile skiers.
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Composition
Shell: 55% Polyester (recycled) 36% Polyester 9% Elastane
Shell 2: 94% Polyester 6% Elastane -
Fit
Athletic -
Features
Hybrid construction
Half zip
Zipped hand pockets
Quick-dry
Breathable
Comfortable
Stretch
Reinforced shoulder parts for improved durability -
Eco-features
Re-source product
Recycled content
PFC-Free DWR
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Size
EU XS-EU XL -
Approx. weight
350 -
Care Instructions
Machine wash: Synthetics wash / mild treatment, permanent press (max. 30°C)
Do not bleach
Tumble dry low (low heat setting)
Do not iron
Do not dryclean
Do not use fabric softener
Wash and care your garment carefully to support & maintain the water repellent function
Re-source by SCOTT
At SCOTT, we believe of doing things the right way and for the right reasons. We are committed to improving the impacts of our products and business practices, preserving the environment for future generations and stimulating positive change in our communities.
Re-source products are:
- Either using minimum 50% of recycled materials
- Either created with 100% certified renewable materials
- Using only PFC Free DWR (Durable water repellence) treatments
PFC Free
Perfluorinated and polyfluorinated compounds, also known as PFCs, are a group of fluorinated substances that have long been used as durable water repellence for clothing in the outdoor industry are very bad for the environment because they are very stable, and do not easily break down in nature. Therefore, PFC free/ C0 DWR treatments have been developed. They are less durable but more sustainable.