Shopping Location

We think your location is ?

Kenna – Silver Moss
Kenna – Silver Moss
Kenna – Silver Moss
Kenna – Silver Moss
Kenna – Silver Moss

Kenna

224 EUR 168 EUR

25% OFF
Silver Moss
Description

An oversize puffer coat cut at a mid-length, crafted in a shell fabric and padded with a padding both made out of recycled post-consumer PET-bottles which are sorted, cleaned and processed into new fibres, turned to thread and ultimately brand new fabric and certified under the Global recycle Standard. The coat is featured with a spacious hood and a waterproof membrane, as well as a water repellant finish free from fluorochemicals. Equipped with zipped welt pockets and a two-way zipper at front closure for added function.

Details
  • PFAS-free water repellent finish
  • Shell fabric with waterproof membrane 15k/15K
  • Recycled padding
  • Side pockets with zip closure
  • Pull cord at hood
  • Two-way zip at front closure
Fit and Size

Model in photo is 178cm tall and wearing size Small.

Measurements

The below measurements indicate which is the intended size for you. Measurments are specified between ranges, for example: If your chest measurement is 96cm, your waist is 90cm and your shoulder to shoulder length is 40cm, then we recommend you choose a Medium size. If your measurements fall into the ending ranges (ie: your chest is 94cm, waist is 84cm and shoulder to shoulder is 39cm) then choose size Small for a slimmer fit or size Medium if you prefer a looser fit.

Size Chest hip Shoulders
X Small xs
74 82cm
86 94cm
31 34cm
Small sm
82 90cm
94 102cm
34 37cm
Medium md
90 98cm
102 110cm
37 40cm
Large lg
98 106cm
110 118cm
40 43cm
X Large xl
106 118cm
118 126cm
43 46cm
Determine the best fitting size
Material
Shell
  • 100% Recycled polyester
Lining
  • 100% Recycled nylon
Padding
  • 100% Recycled polyester
Sustainability
Global Recycle Standard

Global Recycle Standard (GRS) - The objectives of the GRS are to define requirements to ensure accurate content claims and good working conditions, and that harmful environmental and chemical impacts are minimised.