This elegant pendant necklace features a lustrous white freshwater pearl gracefully suspended beneath a romantic, heart-shaped motif. At the center of the delicate micro-pavé silver heart shines a brilliantly faceted round-cut moissanite accent stone. Crafted in polished sterling silver and suspended on a fine chain, this refined piece brings a touch of classic glamour and heartfelt sentiment to any ensemble. The Timeless Birthstone: Pearl, the cherished birthstone for June, is celebrated for its natural luster and is historically associated with purity, elegance, and timeless beauty. The unique and captivating glow of this freshwater pearl makes this necklace a truly radiant and meaningful statement piece. Details: Main Element: Freshwater Pearl (White Hue) Pearl Dimensions: 10 mm Accent Stone: Moissanite, Round-cut, measuring 3 mm, 0.10 ct. Design: Romantic drop pendant featuring a micro-pavé heart halo with a moissanite center, suspending a white freshwater pearl, on a fine chain Metal: Solid S925 Sterling Silver with High-Quality Rhodium Plating (Rhodium is a precious metal belonging to the platinum group, it prevents tarnishing and maintains lasting luster) Pendant Dimensions: 16.3 mm (Height) x 10.0 mm (Width) Chain Length: 45 cm Total Weight: 2.88 g Condition: New & Unworn Important Notes: Please review all dimensions carefully before bidding. All items are photographed in a professional light box to highlight the fine details and the true color of the gemstones; however, natural gemstones are light-sensitive and may appear slightly different in color depending on daylight vs. indoor lighting. Shipping & Packaging: Packaging: Delivered in a luxury jewelry box, carefully packed to ensure a safe arrival at your doorstep. Shipping: Fast and secure delivery. Combined Shipping: Items won within the same auction will be shipped together, and you will only pay the single highest shipping charge. Please note that Catawiki's system does not allow us to combine shipments for items won across different, separate auctions.