shop refillable bottles
single use plastics suck
Unlike most other aluminum bottles, your PATH bottle is designed to be refilled and reused. Brimming with unique features above and beyond industry standards, PATH feels good in hand and even better on the conscience.
refillable
recyclable
BPA-free
durable
refillable
Feel good knowing that your PATH bottle can be refilled infinitely. Each time your refill you reduce one single-use plastic bottle from entering land fills.
recyclable
Our bottles are made from 100% aluminum which can be infinitely recycled and turned back into aluminum-based products. It’s hands-down the rockstar of recyclability.
BPA-free
Unlike single-use bottles and even other refillable bottle brands, we’re certified BPA-free. Meaning, you’re getting a clean sip every time you hydrate.
durable
Our bottles are ready for your next adventure. Thick enough to withstand everyday life treatment while still light enough to easily bring anywhere you go.
Feel good knowing that your PATH bottle can be refilled infinitely. Each time your refill you reduce one single-use plastic bottle from entering land fills.
Our bottles are made from 100% aluminum which can be infinitely recycled and turned back into aluminum-based products. It’s hands-down the rockstar of recyclability.
Unlike single-use bottles and even other refillable bottle brands, we’re certified BPA-free. Meaning, you’re getting a clean sip every time you hydrate.
Our bottles are ready for your next adventure. Thick enough to withstand everyday life treatment while still light enough to easily bring anywhere you go.
PATH custom
Design your custom PATH bottle. Simply follow the steps, add your artwork and get creative! It’s easy. It’s fun. And best of all, it’s one-of-a-kind!
learn moreco-brand partnerships
Partner with PATH to save the planet by taking a stand against single-use plastics with fully customizable bottles.
Learn moreour story
We started with a simple idea to change the world. 10 years later, we’re doing just that and starting a revolution in the process.
Learn more