The Gomi Wireless Mag Charger has been created by the UK-based design studio to provide technology users with a more eco-friendly way to keep their device powered up. The MagSafe-compatible wireless charger is achieved using 100% recycled plastic that would otherwise end up in the landfill due to its non-recyclable format, which includes bubble wrap, single-use plastic bags and more. The chargers each feature a marbled finish that naturally occurs due to the recycled nature of the materials used and will thus have no two of the technology accessories looking alike.
The Gomi Wireless Mag Charger will provide 15W of wireless power and is compatible with a wide range of devices as long as they are Qi-enabled.
Recycled Plastic Wireless Chargers
The Gomi Wireless Mag Charger is MagSafe-Compatible
Trend Themes
1. Eco-friendly Wireless Chargers - Using 100% recycled plastic for wireless chargers can disrupt the market for conventional chargers and contribute to a more eco-friendly future.
2. Marbled Finish Technology Accessories - Introducing marbled finishes to technology accessories made with recycled plastic can provide unique designs and differentiate from competitors.
3. Compatibility with Various Qi-enabled Devices - Providing a wireless charger that works with a wide range of Qi-enabled devices can make charging more universally accessible and convenient.
Industry Implications
1. Consumer Electronics - Integrating sustainable materials and innovative designs in the production of wireless chargers can lead to a more environmentally conscious and attractive range of technology accessories.
2. Sustainability - Using 100% recycled plastic for products like wireless chargers can create new opportunities for sustainable production of technology accessories, contributing to a circular economy and reducing waste.
3. Waste Management - Developing products like the Gomi Wireless Mag Charger that use non-recyclable materials in their production and keep them from ending up in landfills can disrupt waste management practices and create new industries around waste reduction and upcycling.