Boyd Sailcloth constructs all of its products from recycled navy canvas and worn-out sails and makes an effort to incorporate locally sourced, reclaimed goods into as much of their construction process as possible.
The company was created as a homage to the founder's grandfather, Willis Boyd, who was an avid sailor and craftsman who constantly scoured warehouses and boatyards to find re-useable materials to incorporate into his building designs.
Continuing on with a similar tradition, the company mantra hinges on the belief that found materials can be reclaimed and re-purposed to create functional, contemporary pieces.
Composed of a line of totes that can be used for various functions such as storing wine and yoga mats to packing for a weekend getaway, each piece in the collection is composed of 100 per cent recycled materials and manufactured in Southern California.
Contact Information
Boyd Sailcloth website
Boyd Sailcloth on Facebook
Boyd Sailcloth on Twitter
Key Themes Behind This Trend
- Upcycling
- Opportunity for other companies to switch to upcycling materials in their products and take advantage of the growing sustainability movement.
- Reclaimed Materials
- Increasing demand for reclaimed materials can drive innovation in the supply chain and material sourcing industries.
- Locally-sourced Materials
- Emerging trend of prioritizing locally-sourced materials can promote innovation in regional material sourcing and production.
Where This Applies
- Sustainable Fashion
- Boyd Sailcloth's use of upcycled materials in their nautical bags can inspire other fashion companies to adopt sustainable practices and reduce waste in the industry.
- Outdoor Gear
- Upcycling and using reclaimed materials can create opportunities for innovation in the outdoor gear industry, particularly for companies focusing on sustainability and eco-friendliness.
- Logistics and Supply Chain
- As demand for reclaimed and locally-sourced materials increase, logistics and supply chain companies can innovate in creating more efficient and eco-conscious distribution systems for these materials.
