Lr3074 Engagement Ring 18k White

Simon G Cut Halo Engagement Ring in 18K Gold with Diamonds

The Simon G Cut Halo Engagement Ring in 18K Gold with Diamonds is a breathtaking display of luxury and love. Featuring a beautifully cut center diamond, surrounded by a halo of smaller diamonds, this ring is designed to enhance the brilliance of your special moment. Crafted from 18K gold, the Simon G Halo Engagement Ring combines timeless elegance with a modern flair, making it the perfect symbol of your everlasting commitment.

Radiant Halo Design with Brilliant Diamonds

The Simon G Cut Halo Engagement Ring showcases a dazzling center diamond, encircled by a halo of sparkling diamonds that enhance the ring’s overall brilliance. The 18K gold band offers a luxurious backdrop, ensuring that the diamonds take center stage. This elegant halo design creates a stunning effect, making the ring sparkle from every angle.

• 18K gold for a polished, luxurious finish
• Halo of diamonds surrounding the center stone for added brilliance
• Sleek and elegant band that complements the diamond’s sparkle

A Timeless Symbol of Love and Commitment

This Simon G Halo Engagement Ring is more than just a piece of jewelry—it is a representation of your love story. The radiant halo design symbolizes the bond between two people, with the central diamond representing the core of your relationship. This ring is perfect for proposals, anniversaries, or any special milestone, and it will remain a cherished keepsake for generations to come.

• Ideal for proposals and anniversaries
• A radiant design that symbolizes eternal love
• A lasting treasure to be passed down through generations

Available at Nasr Jewelers Denton

At Nasr Jewelers Denton, we proudly offer this ring as part of our exclusive collection. This ring combines luxurious design with expert craftsmanship, making it the perfect way to celebrate your love with a piece that will last a lifetime.

Discover the beauty of this ring at Nasr Jewelers Denton, where elegance meets timeless devotion.