Product Safety Recall

Due to safety concerns about the snaps on the Infant Capilene® Midweight Set, we are implementing a recall of units purchased between August 1, 2021, and January 12, 2023. For more information, including how to identify this product, how to return it and how to get a full refund, please click the link below.

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Rappel de produit pour cause de sécurité

En raison de préoccupations en matière de sécurité concernant les boutons-pression des ensembles Infant Capilene® Midweight, nous procédons au rappel de toutes les unités achetées entre le 1ᵉʳ août 2021 et le 12 janvier 2023. Pour obtenir des renseignements supplémentaires, notamment sur la façon de reconnaître ce produit, de le retourner et d’obtenir un remboursement complet, veuillez cliquer sur le lien ci-dessous.

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Earth Is Now Our Only Shareholder

If we have any hope of a thriving planet—much less a business—it is going to take all of us doing what we can with the resources we have. This is what we can do.

Read Yvon’s Letter

Man-Made Cellulosic Fibers

We source man-made cellulosic fibers from sustainably grown wood, cotton waste or other waste streams, and fiber-production processes that use less harmful chemistries.


Man-made cellulosic fibers (MMCFs) are derived from cellulose, the main building block of plant cell walls. Through different manufacturing processes, this cellulose is dissolved then extruded into a wide variety of fabrics including rayon, acetate, lyocell and modal. (Think of cellulose as flour that’s combined with other ingredients to make a dough and, ultimately, pasta.)

But because most MMCFs are made from tree pulp, the material can be linked to deforestation, threatening ancient and endangered ecosystems.

At Patagonia, we source MMCFs made from sustainably grown wood, cotton waste or other waste streams, and fiber-production processes that use less harmful chemistries. Together, these commitments decrease our impact compared to conventional processes without sacrificing product quality or performance.

Where We Are

We use four types of MMCFs in Patagonia products:

Lyocell, typically sourced from tree pulp, is known for its softness and high moisture absorbency. Our lyocell fabrics are a result of our collaboration with Austria-based manufacturer Lenzing, which produces the branded lyocell fiber TENCEL™. In addition to traditional TENCEL fiber, some Patagonia products are made with REFIBRA™ TENCEL™, which blends recycled cotton scraps left over from textile production with wood pulp. That means fewer trees need to be harvested to create the fiber. Both TENCEL and REFIBRA lyocell are also made in closed-loop processes that recycle water during manufacturing, while also recovering and reusing more than 99% of the solvent needed to process the wood and cotton scraps.

Modal has a lightweight, soft feel that can withstand wear and washes for years to come. We use TENCEL modal, also produced by Lenzing, sourced from wood and processed in a method that recycles solvents used during manufacturing.

Our production partner Infinited Fiber makes cellulose carbamate, another type of MMCF, from pulp created by recycling postconsumer cotton garments. That pulp is then turned into soft, resilient, cotton-like Infinna™ Fiber that can be re-recycled without losing quality or durability.

Cellulose acetate falls somewhere between cotton and nylon in terms of feel and performance. Our Tennessee-based partner Eastman produces Naia® Renew cellulosic fiber from 60% wood pulp sourced from responsibly managed forests—including some FSC®-certified suppliers—and 40% acetic acid made from recycled plastic waste. Their manufacturing process ensures solvents are recycled back into Naia’s system for reuse. The fiber is also made with no hazardous chemicals as listed on the Zero Discharge of Hazardous Chemicals Manufacturing Restricted Substances List.

What’s Next

We’re working toward sourcing 100% of MMCFs used in Patagonia products from postconsumer textile or agricultural waste streams, rather than from virgin materials.

Man-Made Cellulosic Fibers
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