Designer Blends Lab-Grown Gems with Recycled Metal

Some people’s dream has always been to own a natural diamond that has been formed over billions of years. However, a renowned British jewelry designer believes that jewelry created using metal from recycled cans and stones developed in laboratories is more valuable. Recycling is the practice of creating something new from something that has already been utilized. The jewelry designer, Anabela Chan, said that she made her material selections after witnessing what she claimed to be subpar working conditions in diamond mines. In her business in London, the capital of Britain, she said, “These are some of the most precious and valuable commodities in the world, that just didn’t make any sense to me.” Instead, she uses recycled aluminum from cans, lab-grown diamonds, and pearls—a type of jewel found in animals—grown through regenerative farming in her designs.

Chan’s business stated that it has received great demand since the COVID-19 pandemic but did not provide sales figures. In November, she took home the British Luxury Awards’ “Game Changer” category. Edahn Golan Diamond Research & Data does research on the global diamond market. It discovered that the market for jewelry made in laboratories has expanded by 20% annually in the last few years. Due to this, global profits have reached $15 billion. Diamonds created in labs are selling for less money as more producers enter the market. Businesses want to differentiate themselves from rivals. With the design of their jewelry, they are achieving this. One of the main retailers of lab-grown diamonds is Pandora. According to Pandora’s head of diamonds Joshua Braman, lab-grown stones may open up new possibilities for jewelry design. the impact on natural resources is another area of distinction. In order to produce diamonds, Chan works with vendors who employ technology to absorb carbon dioxide that would otherwise be released into the atmosphere. “So successfully taking something negative and turning it into something positive,” remarked Chan.

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