Additional Info:
Diamond:
SHAPE |
PCS |
WT |
R |
8 |
0.16 Cts |
Gold Weight: 2.510 Gms
The Celestial Grace Butterfly Bracelet by Nidal Jewels is a symbol of elegance and transformation, designed for those who appreciate the beauty of nature infused with a touch of luxury. Featuring stunning lab-grown diamonds, the bracelet captures the delicate grace of a butterfly in flight, offering a sophisticated charm that complements any outfit, from casual daywear to formal evening attire.
Every diamond used in the Celestial Grace Butterfly Bracelet is grown in a lab using advanced technology, making it a sustainable and eco-friendly alternative to mined diamonds. These lab-grown diamonds are graded with the same 4Cs as natural diamonds—cut, color, clarity, and carat weight—ensuring exceptional quality and sparkle.
Explore Our Collection
From simple lab-grown solitaires and stylish modern pieces to everyday jewelry and office wear, find the perfect addition to your collection. With Nidal Jewels, you get elegant designs crafted with top-notch quality at prices you’ll love.
Why Choose Lab-Grown Diamonds?
Lab-grown diamonds are created using specialized equipment in a controlled environment, offering a sustainable and eco-friendly alternative to traditional mined diamonds. They are chemically, optically, and physically identical to natural diamonds and are evaluated based on the same 4Cs criteria.
- Each lab-grown diamond is precisely cut and polished to maximize its brilliance.
- Crafted to meet your style, the Celestial Grace Butterfly Bracelet is available in 14K variation.
- White Gold versions are rhodium-plated for enhanced color and shine, though periodic replating may be required.
Made in India
This bracelet blends exquisite craftsmanship with sustainability, providing a luxurious feel without compromising on ethics. Indulge in a piece that not only looks stunning but also carries a story of responsible luxury.
Diamond:
1) SHAPE: R
2) PCS: 8
3) WT: 0.16 Cts
Gold Weight: 2.510 Gms
Prices are Inclusive Tax and Other Charges