Lightweight Small Graphics 1/2 Sleeve Sweater
£ 45.00
ColorBeige
Model is 1.8m and is wearing a size S
(Chest 80cm, Waist 61cm, Hips 85cm).
This product is currently out of stock.
Features
Features
Tweater Small Graphics is designed with reinforcement tapes added to the inside of the vertical seams. This semi short sleeve top offers a straight fit and raglan inset sleeves. Waist pockets are caught in the seams and graphic prints are added to the sides. This lighter weight sweater offers the comfortable wear of a jersey top.
Straight Fit
- Round neck, ribbed
- Semi short sleeves, raglan inset
- Pockets placed in the seams
- Slightly rounded hem- extended back
- Woven tape reinforcement behind the seams and front shoulder detail
- Graphic print at both sides, printed label at the lower sleeve
Material
Material
Olson Jersey
This jersey is created out of recycled polyester and linen, creating in interest in texture and color blend.
- jersey knit
- 50% Polyester (Recycled), 30% Polyester, 20% Linen
- 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.
- Linen is renewable and biodegradable natural fiber that normally does not require use of pesticides. Furthermore it uses less water and is stronger than conventional cotton.
Color
EcruWashing Instructions
40°C normal processDo not bleachDo not tumble dryMedium temperature iron 150°CDo not dry cleanDry flatWash inside out, Wash separately or with similar colours, Do not iron print, trims and accessories
Art nr: d19933-c808-159
Sustainability & Traceability
Sustainability & Traceability
Preferred Materials
- 50% 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.
- 20% Linen made from fibers of the flax plant. Producing linen requires less energy and water compared to conventional fibers.