1-Pocket Shirt
AU$ 209
Sizing
Model is 1.78m and is wearing a size S (Chest 79cm, Waist 64cm, Hips 89cm).
size
3XS
XXS
XS
S
M
L
XL
XXL
Product is available
Australia Post
FREEFeatures
Denim shirt 1-Pocket offers a straight fit with a curved hem. A single pocket is added to the chest. The loop at the upper back adds detail.
Regular Fit
Shirt collar
Long sleeves, cuffs- snap button closure
Single chest pocket
Upper back panel, pleat caught underneath
Curved hem
Button closure
Material
Lightweight Hoola Denim Organic
This 2x1 right hand twill is created out of an organic cotton and linen blend. Offering an uneven surface texture.
- Lighter weight 6.3 oz denim
- Uneven texture
- 90% Organic cotton, 10% Linen
- Organic cotton fibers are free of toxic pesticides and chemical fertilizers. Growing organic cotton improves the soil quality, prevents water contamination and conserves biodiversity, while saving up to 60% water.
- 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.
Stay Raw Denim
Untreated and pure, ready for you to break in and make your own.
Washing Instructions
30°C normal processDo not bleachMild tumble dry (60°C)Medium temperature iron 150°CDry cleaning tetrachloride, normal processLine drying in the shadeWash inside out, Wash separately or with similar colours, Do not iron print, trims and accessories
Art nr: d23240-d306-d926
RESPONSIBLE MATERIALS RANKING
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Highest
Environmental Impact
It is our ambition to continuously improve the environmental impact of our products. This overview displays the composition of this garment and ranks the fibers (in the main fabric of the garment) according to their environmental impact. The categories were defined by combining existing industry tools and scoring mechanisms. Learn more
- Cotton (Organic)fibers are free of toxic pesticides and chemical fertilizers.
- Linenmade from fibers of the flax plant. Producing linen requires less energy and water compared to conventional fibers.