Features
- Inside flap under the zipper that protects from the wind.
- Elastic cuffs
- Flap at the top of the collar to protect the chin.
Tightening with an elastic cord and toggle at the hem.
Thermal insulation - Warmth
Worn as a 3rd layer, this padded jacket has been certified for an active comfort temperature of -5°C during a standardized test in a thermal chamber.
The model is wearing a synthetic long-sleeved t-shirt and a light fleece underneath. It works with a simulated 5 km/h wind.
In our heat comparison tool, it represents 2 stars.
We have also tested this model in static mode; the comfort temperature is +5°C in this case.
Technical information on the filling
We use 100% polyester filling (70% recycled) weighing 125 g/m² in the body and 100 g/m² in the sleeves and hood.
The filling is made from silicone-coated spiral fibres that make it highly compressible and durable.
Despite its low thickness, the trapped air makes it highly insulated, and remains lightweight.
It remains warm even when wet.
Durable materials
This polyamide fabric uses 20 denier thread and resists 20,000 cycles of abrasion.
Martindale test, Standard 12947-2
Exterior: 100% polyamide fabric 39 g/m², 20 denier.
Lining: 100% polyamide fabric 35 g/m², mix of 15 to 20 denier threads.
The material’s water repellency (not to be confused with waterproofing)
The water-repellent property of a fabric is its capacity to make water run off its surface without being absorbed. This prevents your jacket from soaking up water, so it stays lightweight and breathable. The fabric is made water-repellent by treating its outer surface, however this property may deteriorate with use.
Restoring water repellency
The water-repellent treatment becomes less effective with time, washing and use.
Here is how to restore the water-repellent properties of your padded jacket!
You can also use the care product. Treatment restoring water-repellency
What is a PFC-free water-repellent treatment?
PFC-free treatment for water repellency
PFCs are used to make fabric water-repellent; however they are toxic to humans and the environment. By substituting PFCs with other technologies giving the same level of performance, we are reducing the environmental impact.
Do you know why the inner lining of your padded jacket is grey?
Because the fabric we use reduces CO2 emissions by 40%.
The fabric used is innovative because it mixes a dope-dyed black yarn and an undyed yarn.
Compared to a classic dyeing process, this process reduces by:
• 66% fine particle emissions (PM2.5) • 74% Eutrophication of fresh water
• 68% eutrophication of sea water
For more information on sustainable development:
On the Trek 100 grey model, the outer fabric uses a clean process known as dope dyeing (the thread is dyed in bulk) reducing CO2 emissions by 36%.
Learn more at sustainability.decathlon.com.
Our products' environmental impact
The environmental impact of the product is calculated over its entire life cycle using different indicators. An ABCDE rating shows the environmental impact of a product. Put forward by ADEME, it takes into account production, transportation, usage, and waste generated at the end of a product’s life.
Decathlon displays this information voluntarily to help you identify products with lower environmental impact. Learn more at http://sustainability.decathlon.com/
