Graphic Hoodie Sweat Dress
$ 130.00
ColorBlack
Model is 5'9'' and is wearing a size S
(Chest 31'', Waist 24'', Hips 35'').
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Size & Fit
Size & Fit
Model is 5'9'' and is wearing a size S (Chest 31'', Waist 24'', Hips 35'').
Description & Care
Description & Care
The Graphic boyfriend hooded sweat dress offers a hood with a cross over front and drawstring. A ribbed inset piece is set just below. At the front, a G-Star RAW graphic is set. This hoodie dress offers a ribbed hem, which is slightly extended at the back. Side slits complete this style.
- Hood with cross over front and triangle inset piece- drawstrings
- Above the knee length
- Ribbed cuffs and waist finish
- Slightly extended back- side slits
- G-Star RAW graphic print at the front
- G-Star RAW label above the side slit
Materials
- Knitted sweat fabric - soft touch
- Unbrushed, looped interior
- 60% Cotton, 40% Polyester (Recycled)
- By buying cotton products from G-Star Raw, you're supporting more sustainable cotton farming through the Better Cotton Initiative. Better Cotton is sourced via a system of Mass Balance. Find out more about our sustainable materials.
- Recycled polyester is produced from post-consumer or post-industrial waste materials such as PET plastic bottles and apparel. Material that would otherwise have been sent to landfill or to incineration.
- By giving discarded resources a new life, we save raw materials, water, chemicals and energy. Preventing further extraction of a non-renewable resource.
Color Detail
dark blackWashing Instructions
65-85°F mild processDo not bleachDo not tumble dryLow temperature iron 230°FDo not dry cleanLine dry/hang to dryWash inside out, Wash separately or with similar colours, Do not iron print, trims and accessories
Art nr: d21341-a613-6484
Sustainability & Traceability
Sustainability & Traceability
Preferred Materials
- 40% Polyester (Recycled) made from pre- or post-consumer plastic/polyester waste, of which PET bottles are the most common source. By giving discarded resources a new life we save raw materials, water, chemicals and energy.