Christmas Sale 1.5mm Petite Elodie Perfect Fit Solitaire Engagement Ring Massive 55% Savings [kOnWSwt9]

1.5mm Petite Elodie Solitaire Engagement Ring

Introducing the 1.5mm Petite Elodie Solitaire Engagement Ring, a stunning piece of jewelry designed to capture the essence of timeless elegance. This exquisite ring is crafted with meticulous attention to detail, featuring a 1.5mm width that offers a sleek and delicate look, perfect for those who prefer a subtle yet sophisticated style.

• Design: The ring boasts an open basket setting with claw prongs that cradle the center gem, ensuring maximum brilliance and luster.
• Comfort: A raised head design allows any wedding band to sit perfectly flush against the engagement ring, creating a seamless and comfortable fit for the wearer.

Perfect Fit and Seamless Look

Our 1.5mm Petite Elodie Solitaire Engagement Ring is designed to sit flush against a variety of wedding rings, ensuring a seamless look with no gaps. This feature is not only aesthetically pleasing but also guarantees a comfortable and long-lasting fit.

• Customization: Available in 14K White Gold, 14K Yellow Gold, and 14K Rose Gold, the ring allows you to choose the metal that best complements your personal style and preference.
• Quality Assurance: Crafted with the highest quality standards, this engagement ring is a testament to Brilliant Earth's commitment to sustainability and ethical sourcing.

Brilliant Beauty and Beloved Design

The 1.5mm Petite Elodie Solitaire Engagement Ring is a shining example of fashion and design, cherished by both Brilliant Earth designers and customers alike. Its elegant and understated beauty makes it a perfect choice for any special occasion or as a daily staple in your jewelry collection.

• Timeless Elegance: This ring is sure to be a cherished piece for years to come, passed down through generations as a symbol of love and commitment.
• Customer Approval: Don't just take our word for it; see why our customers love this piece and how it has become a favorite among fashion-forward individuals.