TEENAGE ZERO - MATTE CHROME/GREY

Are you a Teenage Zero? Full of angst, ready to rage against the machine, and done with the corporate BS? Teenage Zero has your back. These tough, fast-framed wrap sunglasses are built for high attitude and low profiles, perfect for when you're slipping through the back streets of Nowra—no questions asked.

This sporty sunglass will have you facing the world like it’s your own personal battleground. Stick it to the man and look good doing it in this speedy silver colorway with a matte twist. Featuring a black lens to keep you covered.

• 8 base polycarbonate wrap lens.
• Comfortable saddle bridge.
• RITUAL icon temple detail.
• Shark fin temple detail.
• Subtle faceting.
• Medium fit.
• Offered in polarised and non-polarised colourways.

Frame Material - Sustainable, Lightweight Polycarbonate

Frame Color - Matte Chrome

Specs - Eye Size 61.5mm, Bridge 17.5mm, Temple 128mm, Eye Depth 37.5mm

Fit - Wide

Lens Material - Rated Polycarbonate

Lens Color - Solid / Grey

Lens Category - Category 3 / Non-Polarized

Lens Protection - Superior reduction of sun glare. Blocks UVA/UVB.

Free Standard Shipping on all orders to the Continental US over $99

$6.95 for shipping on Continental US orders under $99

$9.95 for shipping on Hawaii orders.

Easy returns + exchanges:
Free return shipping
Free exchanges
Full refunds for store credit
$7.50 restocking fee for cash/credit card refunds

6 month warranty against product fault

Each frame is made using a combination of recycled materials and is hand-assembled, polished, and packed for a more sustainable finished product. The recycled materials come from various pre- and post-consumer plastic waste sources, forming our finished polycarbonate frames.

The recycled materials used to make our polycarbonate frames are sourced by our production partners, who ensure GRS certification. GRS is an independent company that audits and certifies both the materials and their supply chain.

We hope to change the way our industry thinks about, and re-uses, waste material.