Black Base

Black

The classic tee—perfected. We made this best-seller even better. Expertly crafted using 100% OCS-certified organic cotton, this timeless staple features an updated fit for enhanced comfort and style with the same soft yet durable feel that only gets better with wear. Extra Bonus Points: We also worked to minimize shrinkage, so it’ll keep its perfect fit—even after multiple washes.  

Men's Tees

White Base

White

Grey Base

 Heathered Grey

Heathered Charcoal

Graphite

Blue Base

Deep Navy

Heather Deep Navy

Heather Sage Blue

Spring Lake

Green Base

Kalamata

Sage Green

Tan Base

Heathered Oat

Clay

Brown Base

Toasted Coconut

mens-tops

Bone / Black

mens-international

Currently, over 75% of our cotton use is certified organic. Using organic cotton means cleaner and lower water usage, lower pesticide use, healthier soil, and a safer working environment for cotton farmers, compared to conventional cotton production. We utilize Textile Exchange's Organic Content Standard (OCS) and other leading industry organic manufacturing standards to certify applicable products from farm to finished garment.

Organic Cotton

In addition to meeting baseline standards for social accountability, wages, benefits, and health and safety, this factory goes above and beyond to prioritize environmental management systems and reduce its impact on the planet.

Ever-Better Factory

Everlane has been an OCS-certified brand since 2022. The Organic Content Standard (OCS) is a third-party verified certification standard that certifies organic content and traceability from farm to finished garment. We use the OCS Blended standard and logo on products containing organic cotton blended with other fibers.

Everlane has been an OCS-certified brand since 2022. The Organic Content Standard (OCS) is a third-party verified certification standard that certifies organic content and traceability from farm to finished garment. We use the OCS 100 standard and logo on products containing at least 95% certified organic cotton.

Sustainability