Big Pleated Chino Humus
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Big Pleated Chino Humus + Element

Big Pleated Chino Humus

Chino trousers - Men - Big Pleated Chino - Element - 2027

€71.90
€89.90
-20%

Available colours:

Khaki
Navy
Choose your size
FR
Manufacturer sizes
Mandatory
In stock
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Big Pleated Chino Humus
€71.90
€89.90
-20%
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Description

The Big Pleated Chino Humus men's trousers from the brand Element are a casual chino combining style and environmental respect thanks to their manufacture from GRS-certified recycled cotton.

Made from twill consisting of 70% cotton and 30% recycled cotton, these trousers offer a robust and comfortable texture while reducing water consumption and CO2 emissions. Their relaxed fit ensures optimal ease of movement, ideal for everyday wear.

They stand out with their pleated front and low crotch, adding a touch of originality and modernity. The fly, combining buttons and a zip, guarantees secure fastening, while the two front pockets and two rear pockets provide practical storage for your essentials. These durable and stylish chinos are perfect for men who care about comfort and their environmental impact, without compromising on design.

Big Pleated Chino Humus
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Technical details
Size
Normal
Overview
Brand
ElementElement-logo
Warranty
2
Year
2027
Season
Autumn
Gender
Men
Product details
Weight (g)
610
Technical details
Fit
Relaxed
Trousers type
14595
Trousers type
Chino
Other features

- Pleated front
- Low crotch
- Fly with buttons + zip
- 2 front pockets
- 2 back pockets
- Certified recycled cotton GRS

Composition :
- Twill 70% Cotton, 30% Recycled cotton



Global Recycled Standard - GRS The Global Recycled Standard (GRS) was created to meet the needs of companies wishing to verify the recycled content of their products (finished and intermediate) and to control responsible social, environmental, and chemical practices in their production. The GRS standard aims, on one hand, to define requirements that guarantee the accuracy of content claims and the quality of working conditions, and on the other, to minimise environmental and chemical impacts.