HWY 133 Slim Fit Hemp Worx™ Denim
The Highway 133 is a special road that winds its way to Roark’s hometown of Laguna Beach. It’s the foundation for our denim program with the most timeless fit and simplified approach to design. The HWY 133 is our Standard Slim Fit jean with a mid-rise; fits slim through the hip and thigh with a slightly tapered 14-inch leg opening. Now constructed from Hemp Worx™ in our growing effort to use high quality, sustainable materials.
- Midweight Eco-Friendly Jeans
- 11.5oz Sustainable and Durable Stretch Denim Blend
- Hemp Worx™ Denim developped in partnership with Cone Denim®:
- - Durable Hemp Blend Denim
- - 4x Less Water Needed than Classic Cotton Jeans
- - Pesticides Free
- - 3x Tencile Strength than Cotton
- Vintage Bleach Wash
- Classic 5 Pockets Construction
- Heavy-Duty Poly/Cotton Pocketing
- Reinforced Back Pocket Lining
- Heavy-Duty Stitching and Reinforced Bartacks
-
YKK® Zipper Fly
- Standard Slim Fit
- Measurements (32 size): Leg Opening 14" / Knee 15.75" / Front Rise 9.5"
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2 Inseams Available: 32” and 34”
- Made in Mexico
- Materials: 48% Tencel™ / 25% Cotton /20% Hemp / 5% Recycled Polyester / 2% Lycra
Shipping and Returns
We do our best to ship orders within 1 day. For more information about shipping fees, please refer to our Shipping Section
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Not happy with your item? We will be happy to accept a return for a full refund. You have 30 days to contact us to launch the return process. Learn more about our return process on our Return Section.
Why Hemp?
4x Less Water Than Cotton
No Pesticides Needed to Grow
3x Tensile Strenght than Cotton
Cone Denim Mills.
Founded in 1891 in Greensborough, NC, Cone Denim has focused on sustainable solutions to manufacturing since its inception. Our Hempworx is made at their state of the art facility in Mexico.
Sustainable Manufacturing
Our Hemp is responsibly sourced in France. Cone's co-generation system reduce Greenhouse gas emissions by 26%. Zero liquid discharge system recycles 90% of water used in manufacturing. Ozone flash finish conserves 85% more water compares to conventional finishing methods and uses less energy with fewer chemicals.