Our Goal

Is to provide accessible, sustainable home products designed with a focus on the future of our planet and the well-being of all its inhabitants.

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Our Packaging

Our packaging is fully recyclable, and compostable! To recycle, toss the whole package in your recycling. If composting, remove the inner zipper from the packaging and recycle. Then rip, cut, or shred the rest of the package into 1 inch pieces and add to compost.*

Our Formula

Our biodegradable and plastic-free formula ensures that your clothes come out fresh and clean while caring for the planet. With EcoGlo, you don't have to choose between quality and sustainability—experience a laundry solution that’s as kind to your skin as it is to the Earth. Making the switch to EcoGlo allows a guilt-free clean that’s as good for you as it is for the world.

Ingredients

Sodium Percarbonate - non-chlorine bleach, whitener

Sodium Carbonate - detergent

Sodium Bicarbonate - odor remover

Sodium Gluconate - binds metals together

Sodium Chloride - buffer, water softener

Directions

Suitable for ALL washers!

Do not overfill the laundry tub with garments. It is best to work with a medium size load and about 2 oz of laundry detergent, but test around on what works best for you. This allows the items to tumble/swish around in the tub and get plenty of water and detergent to ensure a proper cleaning with no residue left behind.

Small load - 1 oz (2 Tablespoons) of detergent

Medium load - 2oz (4 Tablespoons) of detergent

Large load - 4 oz (8 Tablespoons) of detergent

More

* More about packaging

We are finding new ways to be more sustainable! If you're a packaging manufacturer or know of one, please drop us a note below.

* While our packaging is meant to be composted, it's recommended to be composted via Industrial composting facilities. Composting PLA (polylactic acid) requires specific conditions that are typically only met in industrial composting facilities, not in typical home composting setups. PLA is designed to biodegrade under industrial composting conditions, which involves sustained temperatures between 55–60°C (131–140°F), high humidity, and the presence of oxygen.These conditions are necessary for the material to undergo hydrolysis, breaking down its polymer chains into smaller fragments that microbes can consume, ultimately converting it into carbon dioxide, water, and humus

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