Essential Sterling Silver Bauxite Flore Four Petal Filigree Ring Easy Returns [S9lKbhM0]

Sterling Silver Bauxite Filigree Ring

Discover the exquisite Essential Sterling Silver Bauxite Flore Four Petal Filigree Ring Easy Returns [S9lKbhM0], a stunning piece of jewelry that seamlessly combines elegance and craftsmanship. This exquisite ring, part of the renowned Flore collection by Rebecca Sellors, is a testament to the art of fine jewelry making. Crafted with precision, it features a four-petal flower design, intricately detailed in sterling silver with delicate filigree work. The center of the flower is adorned with a hand-carved cabochon of fine white Bauxite stone, adding a touch of natural beauty to the ring.

Product Specifications

This exceptional ring boasts a variety of features that set it apart. Measuring 25mm x 25mm, it showcases a timeless design that is both sophisticated and wearable. The Bauxite stone, set in the center, measures 3mm in diameter, adding a subtle but striking focal point. The ring is lovingly crafted in our workshops in Ashbourne, Derbyshire, where a team of skilled craftsmen meticulously transform the Bauxite stone into these stunning pieces.

• Handcrafted in sterling silver with filigree detailing
• Set with a fine white Bauxite stone cabochon

Benefits and Uses

The Essential Sterling Silver Bauxite Flore Four Petal Filigree Ring Easy Returns [S9lKbhM0] is a perfect accessory for any occasion, offering both versatility and sophistication. Whether you're dressing up for a special event or adding a touch of elegance to your everyday look, this ring is sure to impress. Ideal for those who appreciate fine craftsmanship and natural gemstones, it makes for a unique gift for loved ones or a treasured keepsake for yourself.

• Perfect for any occasion, from casual to formal wear
• Great for those who love fine jewelry and natural gemstones

With C W Sellors, you can expect a secure and elegant packaging for your purchase, ensuring that your new ring arrives in the best possible condition.