Women's Slim Fitness Jogging Bottoms 500 - Black
Store Availability
Store availability
BENEFITS
Softness
You can expect comfort and softness from the cotton fibres.
Warmth
Very soft, plush-loop fabric for the perfect level of warmth.
Stretch
The cut frees up your movements.
Pockets
2 front pockets.
TECHNICAL INFORMATIONS
Component's weight
305 gsm (French Terry: thicker jersey fabric, with comfy loops on the reverse).
You can use the density of the fabric to compare our jogging bottoms with one another.
These bottoms have been designed so as to minimise fabric offcuts during manufacture
When designing these fitness bottoms, we planned the cut and positioning of the product during manufacturing. We've therefore placed a large gusset between the legs, while ensuring that the bottoms remain comfortable.
This allowed us to optimise the product's placement in order to limit fabric waste during production and optimise the use of raw materials.
COMPOSITION
composition
Main fabric: 50.0% Cotton, 3.0% Elastane, 47.0% Polyester; Pocket lining: 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.
Restrictions on use
Do not tumble dry.
TESTS AND WARRANTY
Warranty
2 Years
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 30% 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 43% recycled polyester
Using recycled polyester rather than conventional polyester reduces the CO2 emissions linked to the material by at least 17%.