Women's Better Sweater Fleece Jacket - Birch White
An easy-wearing, bulk-free jacket from Patagonia made of knitted, heathered 100% recycled polyester fleece. The Better Sweater has been dyed with a low-impact process that significantly reduces the use of dyestuffs, energy and water compared to conventional dyeing methods.
With a sweater-knit face and moisture-wicking fleece interior for warmth, this versatile, go-anywhere jacket functions equally well over a shirt as urban outerwear or layered under a shell for hitting the trail.
Two zippered handwarmer pockets keep fingers toasty and the stand-up collar has a zipper garage to keep your neck comfortable. Raglan sleeves provide pack-wearing comfort. With shape-holding, abrasion-resistant micropolyester jersey trim at collar, cuffs and hem.
- Hip length
- Regular Fit
- Weight: 374 g (13.2 oz)
- Material: 10-oz 100% recycled polyester knitted fleece dyed with a low-impact process that significantly reduces the use of dyestuffs, energy and water compared to conventional dyeing methods.
- Fair Trade Certified™ sewing, meaning the people who made it earned a premium for their labour
- Fabric is certified as bluesign® approved
|Chest||89-94 cm||96-101 cm||106-111 cm||117-122 cm|
|Sleeve||84 cm||86 cm||89 cm||91 cm|
|Waist||74-76 cm||79-84 cm||86-91 cm||97 cm|
PROVENANCE AND ETHICS
Patagonia was founded by Yvon Chouinard in 1973, the company's roots are in clothing for rock and alpine climbing, but they now produce a diverse mix of apparel targeted towards skiers, snowboarders, surfers and climbers. Patagonia are a world leader in creating ethical, sustainable clothing.
Recycled Polyester - In 1993, Patagonia adopted fleece into their product line made from post consumer recycled (PCR) plastic soda bottles making them the first outdoor clothing manufacturer to do so. PCR® clothing was a positive step towards a more sustainable system – one that uses fewer resources, discards less and better protects people’s health. Using recycled polyester lessens dependence on petroleum as a raw material source, curbs discards and reduces toxic emissions from incinerators.