Emerald Floral Halo Pendant 14K White Gold Diamond Circle | 0.88 CT

Looking for a luxury emerald necklace in Houston, TX? This 14K White Gold Emerald Floral Halo Pendant features 0.88 carats of vibrant emeralds accented by 0.74 carats of G-H SI diamonds. Designed for Houston fine jewelry lovers who appreciate rich green gemstones and elegant sparkle, this circular halo pendant blends floral artistry with timeless sophistication.

The pendant showcases multiple marquise, round, and baguette-cut emeralds arranged in delicate floral clusters inside an open diamond circle. The outer frame is lined with brilliant round diamonds, creating a radiant halo that enhances the vivid green hues. The open design allows light to pass through each emerald, maximizing brilliance and depth of color.

✨ Key Features:

• 0.88 CT Total Emeralds
• 0.74 CT Total Weight Diamonds
• G-H Color | SI Clarity Diamonds
• 14K White Gold Setting
• Floral Emerald Cluster Design
• Diamond Halo Circle Frame
• Elegant Openwork Pendant

💎 Design Details:

This pendant features an open circular silhouette outlined with pavé-set round diamonds. Inside the frame, marquise-cut emeralds form petal shapes, while round and baguette emerald accents create a garden-inspired motif. Each emerald is secured with delicate prongs for optimal light exposure. The diamond halo enhances brilliance and defines the circular shape with continuous sparkle.

The balanced floral layout gives this pendant a romantic yet refined aesthetic, perfect for statement or everyday luxury wear.

Why Choose Endless Diamonds?

• Houston-based fine jewelry specialists
• Ethically sourced emeralds and diamonds
• Precision craftsmanship
• Competitive luxury pricing
• Personalized white-glove service

We proudly serve Houston clients seeking distinctive, high-end fine jewelry.

❓ FAQ

Q1: Are the emeralds natural?
Yes, this pendant features 0.88 carats of genuine natural emeralds.

Q2: What is the quality of the diamonds?
The pendant includes 0.74 carats of natural diamonds graded G-H color and SI clarity.