Sustainable Storage and Organization

Sustainability is at the center of everything we do at Toden™. From the use of recycled plastic, to the water saved, to the end of resource extraction for storage solutions, we are on a mission to end antiquated processes for storage solutions. With your help, we can make better products while using less resources, polluting less, and ensuring that plastic never makes it to the landfill.

Leave it in the Hills

We're gonna be honest with you. We think it's completely ridiculous to continue using trees, rare-earth metals, and finite fresh water to create shelving solutions. Toden™ products are created using recycled plastic, supporting the creation of a circular economy. With your help, we can break the cycle of resource extraction and high carbon emissions to create storage solutions.

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By the Numbers

Theres no way to sugarcoat it, traditional wood and metal shelving is not sustainable. Our products save water, dramatically reduce C02, and use recycled plastics in its primary composition. Check out the savings in comparison the the other options on the market today.

Numbers are calculated from raw material extraction (cradle) to the manufacturing process (gate) following ISO 14040/14044 standards.

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Landfill Diversion

Plastic waste materials are collected and diverted from reaching the landfill. This is the first step in a circular economy.

Recycling Process

Recycling enables the repurposing of contaminated and mixed-polymer waste streams. Waste plastics are then turned into pellets that are sent to the manufacturer and transformed into next generation storage solutions.

Production & Distribution

The production process turns waste materials into long lasting, durable goods. Toden™ components are pre-pigmented, require no paint, and are ready to be used right out of the box.

Resource Extraction

Vital raw materials like trees and rare earth metals are harvested using antiquated methodologies and processes and transported to a factory for processing.

Raw Material Processing

Converting forests and rare earth metals into usable materials is heavily reliant on water usage and emits high levels of C02.


Multiple steps are required to turn wood and metal into market ready products. Additional resources must be added and can include polyurethane coating, welding, and kiln drying, furthering negative environmental impacts.

Production and Distribution

Components found in typical products are assembled, and then shipped using long supply chains, often from Asia-Pacific, on heavily polluting cargo ships that run on heavy fuel oil.

Embodying a Circular Economy

Toden™ believes resources should retain their value by extending their useful life as long as possible. This belief leaves the natural ecosystem undisturbed and allows for replenishment.

Within a circular economy, goods and resources are continually reused, repaired, refurbished, remanufactured, recycled, or composted to sustain their lifecycle.

Every Toden™ product purchased helps to sever the link between economic growth and the depletion of finite resources; the circular economy addresses pressing global issues such as climate change, biodiversity decline, waste accumulation, and environmental pollution.

Individual Product Environmental Savings

Check out each Toden™ components carbon, water, and plastic saving numbers. Toden's commitment to environmental sustainability through its products translates into tangible benefits for both customers and the planet.

Collapsible content

Wall Bracket

700 gallons less water
2.8 kg less CO2
25.9 water bottles used

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122 water bottle eq. used
88.1 liters less water
57.9 kg less C02

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Surface/Shelving Kit

193.2 water bottles used
93.4 liters less water
63.5 kg less CO2

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Double Row Closet Kit

457.0 water bottles used
186.7 liters less water
126.9 kg less CO2

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Long Run Kit

444.1 water bottles used
186.7 liters less water
126.9 kg less CO2

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Surface Extension Kit

185 water bottles used
93.4 liters less water
63.5 kg less CO2

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