Natural Blue Sapphire and Diamond Cocktail Bypass Ring in 9ct Yellow Gold
Natural Blue Sapphire and Diamond Cocktail Bypass Ring in 9ct Yellow Gold
Product Details
| Metal Type | 9ct Gold (375) |
| Metal Colour | Yellow Gold |
| Weight Gr. | 1.9 |
| Width/Thickness CM | 0.15/0.1 |
| Total Diamond Weight | 0.02 |
| Gem Type | Sapphire |
| Shape | Square |
| Size MM | 2 |
| Setting Type | Pave |
| Size Availability | J-Q |
Embrace the captivating allure of the Naava Elysian Bypass Ring, a true testament to refined elegance. This exquisite cocktail ring, crafted in lustrous 9ct yellow gold, features a graceful crossover design that artfully unites the deep, captivating brilliance of natural blue sapphires with the subtle sparkle of diamonds. Designed to adorn and inspire, it is a statement of sophisticated taste and enduring beauty.
- Material: Luxurious 9ct Yellow Gold, weighing 1.9 grams, radiating a warm, timeless glow.
- Main Gemstone: Five exquisite natural Blue Sapphires, totaling 0.28 carats, each a perfect 2mm square, channel-set to highlight their profound colour.
- Diamond Accents: Four brilliant Round Diamonds, totaling 0.02 carats, with H-I colour and I2-I3 clarity, delicately pave-set to add a touch of refined sparkle.
- Design: An elegant Bypass (Crossover) style, showcasing a harmonious blend of gemstones in a sophisticated channel setting.
- Birthstone: A perfect choice for those celebrating a September birthday, symbolizing wisdom and royalty.
- Availability: Available in sizes from J to Q to ensure a perfect fit.
- Authenticity: Accompanied by a Naava Certificate of Authenticity, guaranteeing the quality and genuine nature of your precious piece.
Shipping + Returns
Free UK Tracked & Signed Delivery
On all orders above £200, or Free Standard Delivery otherwise.
Returns
Up to 30 days for a full refund, or 60 days for an exchange, from date of sale.
Hallmark Guarantee
All of our jewellery is hallmarked in the UK under the Hallmarking Act 1973, or crafted to the same rigorous standards where hallmarking isn't required.