Women's Fitness Brushed Fleece Sweatshirt - Yellow
The lowest price in the 30 days before the discount was €15.00
This crew neck sweatshirt is perfect to bring to the gym for warm-ups or bundling up after your workout.
With this loose-fitting sweatshirt with raglan sleeves, easy to slip on for a warm-up or cool-down, you won't get chilled on your way to your workout.
BENEFITS
Softness
Its lightweight fleece makes this sweatshirt soft to the touch.
Warmth
The lightweight, ventilated fabric provides a perfect level of warmth.
Stretch
Its loose fit and raglan sleeves make it easy to put on.
TECHNICAL INFORMATIONS
A generous, comfortable volume
This crew neck sweatshirt provides optimal comfort with its loose fit. Move freely with a relaxed, trendy style.
Warm, but not too warm
With its 270 g/m² lightweight fleece component, you'll enjoy moderate warmth that's comfortable in all seasons.
composition
composition
Main fabric: 41.0% Cotton, 59.0% Polyester; Rib fabric: 58.0% Cotton, 4.0% Elastane, 38.0% Polyester; Back neck strip: 100.0% Cotton
Tips for storage and maintenance
MAXIMUM WASHING TEMPERATURE 30°C. NORMAL TREATMENT.
BLEACHING EXCLUDED.
DO NOT TUMBLE DRY.
IRONING AT A MAXIMUM SOLEPLATE TEMPERATURE OF 110°C. STEAM TREATMENT MAY CAUSE IRREVERSIBLE DAMAGE.
DO NOT DRY CLEAN.
TESTS AND WARRANTY
Warranty
2 Years
Our Ecodesign Approach
Our ecodesign approach reduces the environmental impact of our products.
We’ve examined the environmental footprint of this product in order to identify how we can produce it in a more sustainable way. With this knowledge, our design teams were able to develop this product while significantly reducing its environmental impact.
Sustainable design measures implemented on this product.
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MaterialRecycled cotton
Product made from 26% recycled cotton
Using recycled cotton rather than virgin cotton reduces the CO2 emissions linked to the material by at least 14%.
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MaterialRecycled polyester
Product made from 54% recycled polyester
Using recycled polyester rather than conventional polyester reduces the CO2 emissions linked to the material by at least 17%.