Patagonia Women's Bottom Turn Bikini Top
An athletic racerback bikini top that offers stay-put style in the lineup or on the beach; body fabric is a soft and durable 83% recycled nylon/17% spandex (solids) or 83% recycled polyester/17% spandex (prints) blend. Fair Trade Certified™ sewn.
- Soft, durable body fabric is an 83% recycled nylon/17% spandex (solids) or 83% recycled polyester/17% spandex (prints) blend; lining is a swim-specific 88% nylon/12% spandex fabric blend
- Pull-on racerback-style bikini top is supportive and has an open back that allows for a full range of movement
- Covered-elastic back straps lie flat and won’t tangle with wetsuit zippers
- Flattering scoop neck keeps straps off the neck for comfort while paddling
- Soft, removable side-entry cups
- Fair Trade Certified™ sewn
- 68 g (2.4 oz)
Solids: 5.4-oz 83% recycled nylon/17% spandex jersey.
Prints: 5.8-oz 83% recycled polyester/17% spandex jersey.
Lining: 4-oz 88% nylon/12% spandex jersey.
Fair Trade Certified™ sewnView The Footprint Chronicles
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.
Although we’ve been using recycled polyester in our garments for 20 years, for some reason locked deep in polymer chemistry, nylon is more difficult to recycle than polyester. After years of research, development, and testing, we’re finally finding some recycled nylon fibers that are suitable for apparel.
Some of the recycled nylon we use comes from post-industrial waste fiber, yarn collected from a spinning factory, and waste from the weaving mills that can be processed into reusable nylon fiber.
We’re diligently searching for a success story with recycled nylon. The challenge lies ahead of us, and we’re committed to discovering the best methods to recycle nylon fiber, but it appears this evolution will take many years.