A pear-cut emerald green center. A pavé halo of brilliant CZ. Baguette work with Swarovski Elements flowing outward. The Emerald Cascade Necklace and Earrings Set creates its visual impact through the cascade principle - each layer of stones builds outward from the center in increasing complexity, like a wave expanding from a point of impact.
The Cascade Design Principle
Cascade jewelry design works by creating visual momentum - the eye enters at the center stone and is carried outward through successive layers of stones. In this set, the pear-cut emerald center anchors the design, the pavé CZ halo creates the first ring of expansion, and the Swarovski baguette work creates the second ring - each layer catching light differently, creating a three-dimensional sparkle effect that no single-stone or single-layer design can achieve. The cascade is complete: center, halo, baguette work, and the total effect is greater than any individual element.
Swarovski Elements in Indian Jewelry: The Austrian Standard
Indian festive jewelry has always valued brilliance - stones that catch the light of a wedding mandap, a reception hall, or a Diwali puja ceremony. Swarovski Elements, manufactured in Austria to the highest precision-cut crystal standards in the world, deliver a brilliance that exceeds standard CZ significantly. In a necklace and earring set designed for the most important occasions, Swarovski Elements are the correct choice - they perform consistently under every lighting condition that an Indian wedding or festive celebration presents.
Product Details
Stone: Pear-Cut Emerald Center | Pavé CZ Halo | Swarovski Baguette Work
Metal: Premium Alloy | Rhodium Plating
Finish: Rhodium Plating | Mirror Bright
Fit: Necklace with Matching Earrings Set - Adjustable Length
Colors: Emerald Green | Ruby Red
Occasion: Bridal Wear | Luxury Events | Wedding | Reception | Festive Celebrations
Ships From: USA | 3 to 5 Business Days | Free Shipping Over $99
Care: Wipe with soft cloth. Store in provided box. Avoid moisture and direct sunlight.