DiamondBuzz
Significant potential in LGD fashion as customers seek “bolder” looks, lower price points: Signet CEO
Signet Jewelers sees significant potential in lab-created diamond fashion, as customers seek “bolder” looks at lower price points, CEO J.K. Symancyk told an audience of business analysts on Jan. 14 at the ICR Conference in Orlando, Fla.
“There’s growth and momentum within fashion that we need to do a better job of tapping into,” he said. “There’s customer demand within the sub-$1,000 and sub-$500 gift-giving price point, but the way the customer shops that category has changed. Within our assortment, there’s an opportunity to amplify lab-created diamonds more in that space.”Signet’s sales of lab-created diamond fashion have risen more than 30%, he noted.
“Unlike the way this dialogue happens with regards to engagement, that’s a good thing, as it pushes [average unit retail] up and helps margin, because it’s a chance for customers to trade up in what they’re buying,” he said. “Lab-grown diamonds make diamonds more accessible to categories of fashion that they didn’t exist in before.”
DiamondBuzz
CVD Synthetic Fashioned To Imitate A Rough Natural Diamond
The Near-Colorless Stone Is Believed To Be The First Time Creators Of A Synthetic Chemical Vapor Deposition (CVD) Diamond Have Shaped It To Resemble A Rough Diamond
The 6.87-carat near-colorless CVD diamond was shaped to resemble a natural rough octahedral crystal but showed distinct synthetic features under microscopic and spectroscopic analysis.GIA’s tests confirmed the stone’s synthetic origin, noting polishing marks, facet junction roughness, and luminescence patterns inconsistent with natural diamonds.
No evidence currently suggests widespread substitution of synthetics for rough natural diamonds, but existing detection tools could be adapted if such cases increase.
The near-colorless stone is believed to be the first time creators of a synthetic chemical vapor deposition (CVD) diamond have shaped it to resemble a rough diamond, according to an article in the spring issue of the institute’s Gems & Gemology quarterly journal.
Upon investigation with the use of raman spectroscopy, the results confirmed that the material was a diamond, with its near-octahedral shape similar to that of a natural rough crystal. Further analysis showed that it was not a true octahedron, as only one set of opposing faces was parallel. Microscopic observation under differential interference contrast revealed extremely flat faces marked mainly by parallel polishing lines, unlike the growth steps and trigons typically seen on natural octahedral faces. The facet junctions were extremely rough, possibly due to measures taken to improve the color, after which the main faces appear to have been repolished, the institute explained.
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