Patagonia Women's Lightweight Better Sweater® Marsupial Fleece Pullover
A kangaroo pocket and easy-care Better Sweater® fleece come together in the Lightweight Better Sweater® Marsupial Pullover. Fair Trade Certified™ sewn.
- A lighter-weight version of our classic Better Sweater® fabric makes this pullover the perfect weight for the shoulder-season weather
- This classic pullover features a zippered kangaroo pocket
- Four-snap center-front placket
- Collar lined with polyester jersey for extra softness
- Flattering princess seams create a feminine shape
- P-6 logo on left chest
- Hip length
- 349 g (12.3 oz)
7.2-oz 100% polyester knitted fleece with a brushed-fleece back.
Fabric is certified as bluesign® approved.
Fair Trade Certified™ sewnView The Footprint Chronicles
By their nature, knitted garments are prone to pilling, and this style is no exception. Removing pills can help lengthen the life of your Patagonia sweater, plus it’s easy to do with a sweater stone. Learn about removing pills at wornwear.com
Fair Trade Certified™
We pay a premium for every Fair Trade Certified item that carries our label. That extra money goes directly to the workers at the factory, and they decide how to spend it. The program also promotes worker health and safety and social and environmental compliance, and encourages dialog between workers and management.
bluesign® Approved Fabric
Patagonia has worked with bluesign technologies since 2000 to evaluate and reduce resource consumption in our materials supply chain, and to assist us with managing the chemicals, dyes and finishes used in the process. bluesign technologies, based in Switzerland, works at each step in the textile supply chain to approve chemicals, processes, materials, and products that are safe for the environment, safe for workers, and safe for the end customers.
In 2007, Patagonia became the first brand to officially join the network of bluesign® system partners.
Any fabric you see that’s bluesign® approved offers the highest level of consumer safety by employing methods and materials in their manufacture that conserve resources and minimize impacts on people and the environment.