Sapphire Halo Pendant Necklace 14K White Gold Double Frame Design | 0.30 CT

Looking for a luxury sapphire necklace in Houston, TX? This 14K White Gold Sapphire Halo Pendant Necklace is a timeless statement piece designed for elegance and brilliance. Featuring a 0.30 carat emerald-cut sapphire at its center, surrounded by 0.36 total carat weight of G-H SI diamonds, this pendant delivers exceptional sparkle and sophistication. Perfect for anniversaries, birthdays, or fine jewelry collectors in Houston seeking premium craftsmanship and certified quality.

This striking pendant showcases a rectangular emerald-cut sapphire secured in refined prong settings, framed by a double halo of pavé-set round brilliant diamonds. The structured geometric silhouette creates a bold yet classic look, enhanced by the brilliance of closely set diamonds that maximize light reflection.

✨ Key Features:

• 0.30 CT Emerald-Cut Sapphire (Center Stone)
• 0.36 CT Total Weight Round Diamonds
• G-H Color | SI Clarity Diamonds
• 14K White Gold Setting
• Double Halo Pavé Diamond Frame
• Rectangular Geometric Design
• High-polish finish for maximum brilliance

💎 Design Details:

The pendant features a sophisticated double halo structure, with two rectangular diamond frames encasing the center sapphire. The clean, structured lines provide a modern luxury aesthetic, while the pavé diamond setting enhances sparkle from every angle. The emerald-cut sapphire displays deep violet-blue tones with elegant step-cut facets that create a hall-of-mirrors effect.

Why Choose Endless Diamonds?

• Houston-based fine jewelry specialists
• Ethically sourced gemstones
• Hand-inspected craftsmanship
• Competitive luxury pricing
• Personalized customer service

We are committed to delivering premium fine jewelry designed to last generations.

❓ FAQ

Q1: Is the sapphire natural?
Yes, this pendant features a genuine 0.30 carat sapphire set in 14K white gold.

Q2: Are the diamonds real and certified?
Yes, the surrounding diamonds are natural round brilliant diamonds graded G-H color and SI clarity.