Description
A pair of recycled gold hoop earrings with an organic form and raw finish. Made from 100% recycled solid 9ct gold. Measuring approximately 28mm tall and 15mm at their widest point. Hallmarked with Ara the altar’s registered mark at the Sheffield Assay Office. To wear — The inside of each earring has a groove to catch the end of the ear wire. Once in the ear, gently push the ear wire down and into the groove. To remove, gently lift the ear wire vertically.
Please allow up to 6 weeks to be created and note this item ships directly from the maker in the United Kingdom!
Sustainability
Artisanal
Hand Made
Locally Made
Plastic free
Upcycled / Recycled
materials
100% Recycled Precious Metals
Ara the Altar commits to using only 100% recycled precious metal to reduce waste, environmental impact and repurpose existing material into something beautiful, with a conscience. For longevity, all of their pieces are made from solid recycled silver or gold, never plated or gold filled. Upon reaching the end of its life, a piece of Ara adornment can be passed onto another or melted down to be repurposed again.
Ara does not support environmentally damaging practices that pull precious metal out of the earth. With plenty of material already in circulation, for them, there is no justification for contributing to the level of harm caused by the precious metal and mineral mining industry.
manufacture
Responsible Sourcing
Where they need to work with suppliers, Ara chooses those who demonstrate a commitment to sustainability, ethical working practices and those who predominantly use recycled and recyclable packaging materials. For example, their casting supplier also works with only recycled precious metal and, aware of the natural environment in which it operates, works to minimise its carbon dioxide production.
Their recycled precious metal supplier uses carbon neutral shipping and recycled and biodegradable postal packaging.
They also purchase materials in bulk to minimise excess packaging, and any excess, they repurpose for storage to further minimise waste.