Introducing the Handmade 925 Sterling Silver Filigree Art Cherry Quartz Gemstone Sun Figured Women Dangle Drop Earrings, a stunning and unique piece of jewelry that is sure to impress. These earrings are crafted by skilled artisans with intricate filigree art in a sun figure pattern and made with high-quality 925 sterling silver.
The striking sun figure design and intricate filigree work add sophistication and elegance to the earrings, while the dangle drop design adds movement and dimension. The Cherry Quartz gemstone is carefully selected for its quality and color, and the faceted cut gives it a shiny appearance that complements the filigree design.
The combination of the Cherry Quartz gemstone and filigree art creates a one-of-a-kind look that is both eye-catching and unique. The earrings are both oxidized and highly polished, giving them a unique and striking appearance. The oxidized finish brings out the details in the filigree design, while the highly polished silver adds a touch of shine.
These earrings come with a silver polish cloth, velvet pouch, and a luxurious gift box, making them a perfect gift option for special occasions. The earrings have a length of 1.60 inches, a drop length of 0.80 inches, and a width of 0.80 inches.
The Cherry Quartz Gemstone is a 6 mm round, double side faceted rose cut. Filigree is made of delicate metal strands that have been skillfully fashioned to create an outstanding combination of old and modern art, originating in Mesopotamia, Anatolia.
Make a statement and add a unique piece to your jewelry collection with the Handmade 925 Sterling Silver Filigree Art Cherry Quartz Gemstone Sun Figured Women Dangle Drop Earrings.
- Dispatch: Within 24 Hours
- Free shipping across all products on minimum $20.00.
- International delivery time - 12-20 business days
- Easy 30 days returns and exchanges
If you do not like the product you can return it within 30 days - no questions asked. We have an easy and hassle free return policy. Please look at our Return section for further information.