Features

Design benefits

softness

100% cotton product for maximum softness.

robustness

Stronger collar assembly (double thickness) and high strength COATS threads.

Design details

COMPOSITION

For your comfort, we use a 100% cotton component. The 170 g/m² weight means that the T-shirt delivers great robustness over time, along with good dimensional stability.

Specifications

Details

frequency	occasional
weather conditions	warm weather
fit	loose
neck type	crew neck
customisation	customizable
waterproof	no waterproof
main material	cotton
pocket	without pocket
style	printed
sleeves length	short sleeves
anti-uv	non anti-uv

Composition

Main fabric: 100.0% Cotton

Specifications

Details

frequency	occasional
weather conditions	warm weather
fit	loose
neck type	crew neck
customisation	customizable
waterproof	no waterproof
main material	cotton
pocket	without pocket
style	printed
sleeves length	short sleeves
anti-uv	non anti-uv

Composition

Main fabric: 100.0% Cotton

Usage & care

Care instructions

Cleaning

Do not dry clean.
Maximum wash temperature of 30°C. Very moderate treatment.
Do not tumble dry.
Ironing at a maximum soleplate temperature of 110°C. Steam treatment may cause irreversible damage.
Bleaching excluded.

Wash as delicate.

2-year warranty

Environmental impact

Carbon footprint

Kg CO2 eq.

7.88

Contribution

Raw material	73.858%
Manufacturing	0.863%
Packaging	0.774%
Distribution	1.726%
Use	22.183%
End of life	0.596%

Ecodesign approach

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.More about our approach

Recycled cotton

Product made from 30% recycled cotton

T-SHIRT DURABLE 100 CAMO WOODLAND GREY

Features

Design benefits

Design details

Specifications

Details

Composition

Specifications

Details

Composition

Usage & care

Care instructions

Cleaning

Environmental impact

Carbon footprint

Ecodesign approach

Specifications

Details

Composition