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purchase Ssweat
  • purchase Ssweat

Ssweat

Ssweat 1482
  • Mainly cotton
  • Stretch fabric
  • Comfortable
  • Warm
  • S
  • M
  • L
  • XL
  • XXL
  • XXXL
Colours available :
  • Grey
  • Blue

PRODUCT EXTRAS

Unisex print sweatshirt with the punchline "Je scie, donc je suis"

A great classic, the round-neck sweatshirt is a wardrobe essential. You'll love this top reinvented by PARADE with its fancy wording on the chest! The Ssweat sweatshirt is made from a fine, slightly stretchy fleece jersey. For warmth and freedom of movement on the job and in everyday life.

This unisex sweatshirt has ribbed trims at the neckline, cuffs and hem.

Features

Composition
5% Elastane
Trades
Logistics, Retail - Distribution, Finishing work, Construction

PRODUCT SHEET ON ENVIRONMENTAL QUALITIES AND CHARACTERISTICS.

Traceability

Weaving / knitting country

China

Dyeing / printing country

China

Manufacturing country

China

At Parade, we carry out a life cycle analysis to measure the environmental impact of each of our models: from the extraction of raw materials, manufacturing, use, logistics, right through to the end of the product's life. Our environmental impact calculators, developed in-house using ADEME's EMPREINTE® database, have been certified by AFNOR for textiles and validated by the Eco-design Cluster* for footwear.

*The Eco-design cluster is the national center for eco-design and life-cycle performance. Its expertise is recognized nationally and internationally by ADEME, the French Ministry of the Environment, AFNOR, ISO and the UN-environment.

Carbon footprint (in kg CO2 equivalent)

Kg/CO2 eq*

12,76

Raw material: contribution to the carbon footprint

50%

Manufacturing: contribution to the carbon footprint

33%

Transport: contribution to the carbon footprint

0%

Distribution: contribution to the carbon footprint

4%

Use: contribution to the carbon footprint

11%

End-of-life: contribution to the carbon footprint

3%

Water pollution (in kg Phosphate equivalent)

KG P eq.*

0,000882

Raw material: contribution to eutrophication

68%

Manufacturing: contribution to eutrophication

26%

Transport: contribution to eutrophication

0%

Distribution: contribution to eutrophication

0%

Use: contribution to eutrophication

6%

End-of-life: contribution to eutrophication

0%

* Based on a size 37 for women and a size 42 for men and unisex.