• Scattered Ombre Lab-Created Sapphire & Diamond Huggie Earrings in 14K Gold & Rhodium-Plated Sterling Silver | M by Monte Luna
  • Scattered Ombre Lab-Created Sapphire & Diamond Huggie Earrings in 14K Gold & Rhodium-Plated Sterling Silver | M by Monte Luna
1 2
Scattered Ombre Lab-Created Sapphire & Diamond Huggie Earrings in 14K Gold & Rhodium-Plated Sterling Silver | M by Monte Luna
Scattered Ombre Lab-Created Sapphire & Diamond Huggie Earrings in 14K Gold & Rhodium-Plated Sterling Silver | M by Monte Luna

Scattered Ombre Lab-Created Sapphire & Diamond Huggie Earrings in 14K Gold & Rhodium-Plated Sterling Silver

Scattered Ombre Lab-Created Sapphire & Diamond Huggie Earrings in 14K Gold & Rhodium-Plated Sterling Silver

$79
$79
Sale Sold out
Metal: 14K Yellow Gold & Rhodium-Plated Sterling Silver
Gemstone: Sapphire

Free Shipping on orders over $250. Shipping and return policy

Description

The scattered ombre lab-created sapphire and diamond huggie earrings in 14K gold and rhodium-plated sterling silver are a perfect blend of elegance and vibrant blue hues.

Details

SKU: BE0200Y

  • Stones: Lab-Created Diamonds - 0.02 Carat Total Weight, Color G-H, Clarity SI, Round-Cut
  • Lab-Created Sapphire, Round-Cut
  • 14K Yellow Gold & Rhodium-Plated Sterling Silver
  • Size: 11mm
  • Hinged Hoop/Huggie Click Closure

Materials

14K Yellow Gold and Rhodium-Plated Sterling Silver

This durable sterling silver piece features a striking two-tone design, luxurious 14k yellow gold, and tarnish-resistant rhodium plating. Perfect for everyday wear, it combines lasting beauty and style at an affordable price.

Gemstones

All of our gemstones are lab-created stones that are valued for their luminosity and longevity.

Lab-Created Diamond

Diamonds are the hardest natural mineral and are highly sought after for their beauty and sparkle. Lab-created diamonds have the same properties as mined ones but are grown in a controlled environment, making them a more ethical and sustainable choice. They undergo the exact cutting and polishing processes to enhance their brilliance.

More Details

Recently Viewed