DOMYOS
Women's jogging trousers beige
These 370g/m² fleece jogging trousers are a timeless essential for your sports wardrobe.
These soft and comfortable trousers keep you warm for all your activities during the day. You can go from the gym to city in style!
ID 8867371
BENEFITS
Softness
the fleece wraps you in comfort and softness.
Warmth
Warmth guaranteed thanks to the brushed fleece inside.
Stretch
the material and the cut leave you free to move
TECHNICAL INFORMATIONS
Warm and stylish trousers!
The fleece of these pants is warm and very soft, perfect for cocooning days. Its high elastic waist with drawstring, its regular fit and its topstitching on the front of the leg, give you a touch of style, even on days when you dream of staying at home.
You are stylish and comfortable, all day, whatever the program!
Component weight
370g/m²: brushed polar fleece on the reverse.
You will be able to compare our jogging pants with each other based on the density of the fabric.
composition
composition
Main fabric: 38.0% Cotton, 62.0% Polyester; Pocket: 100.0% Cotton
Tips for storage and maintenance
MAXIMUM WASH TEMPERATURE OF 30°C. VERY MODERATE 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
Videos
Ecodesign approach
With ecodesign, we reduce the environmental impact of our products.
Analysing the product's environmental footprint enabled us to identify the most impactful stages of its life cycle. Thanks to this approach, our design teams were able to develop this product while significantly reducing its environmental impact.
Ecodesign actions on this product
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MaterialRecycled cotton
Product made from 28% 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 58% recycled polyester
Using recycled polyester rather than conventional polyester reduces the CO2 emissions linked to the material by at least 17%.