Radiant Halo Rectangle Pendant (Rose Gold)

Adorn yourself with the timeless elegance of our Radiant Halo Rectangle Pendant. Whether as a treat for yourself or a thoughtful gift for someone special, this pendant promises to add a touch of sophisticated sparkle to any look.

At the heart of this exquisite pendant lies a radiant cut AAA grade cubic zirconia (CZ) stone, measuring 6mm x 4mm, known for its exceptional brilliance and clarity. Surrounding the central stone is a halo of smaller 1mm CZ stones, meticulously arranged to form a dazzling rectangular frame.

Key Features:

• Central Stone: A radiant cut AAA grade cubic zirconia (CZ) stone, providing exceptional brilliance.
• Halo Design: A surrounding cluster of smaller 1mm CZ stones enhances the central stone and adds extra sparkle.
• Elegant Craftsmanship: Expertly crafted to ensure superior quality and lasting beauty.
• Versatile Style: Perfect for any occasion, from daily wear to formal events.
• Hypoallergenic Setting: Made from 92.5% pure silver and 7.5% other metals (mostly copper) enhancing its strength while retaining its lustrous appearance of pure silver. Also it is nickel-free and lead-free to ensure comfort and prevent skin irritation making it hypoallergenic.

Specifications:

• Metal: 925 Sterling Silver
• Colour Options: Rhodium/Silver Plating and Rose Gold Plating.
• Stone Type: AAA Grade Cubic Zirconia (CZ)
• Central Stone Shape: Radiant Cut Rectangle
• Central Stone Size: 6mm x 4mm
• Halo Stone Size: 1mm each
• Pendant Size: 10mm x 8mm
• Pendant Weight: 5 grams
• Chain Length: 15.5 inch + 2 inch adjustable 
• Chain Type: Box Chain of 1mm thickness.

Care Instructions:

To maintain the brilliance of your Radiant Halo Rectangle Pendant (Rose Gold), avoid exposure to harsh chemicals and clean with a soft, lint-free cloth after every use. Store in a cool, dry place, ideally in a jewelry box or pouch provided with your package.

Disclaimer: Please note that the colors of the actual products may differ from the pictures due to lighting conditions during photography.