Immerse yourself in timeless elegance with Sonal Fashion's Rich Look Antique Kemp Stone Bangle.
Collection: Antique
Stones: Kemp / Green & White
A Statement Piece Steeped in Tradition
This exquisite bangle is a captivating example of Indian artistry. Crafted with a rich combination of kemp stones, renowned for their captivating green hue, and contrasting white stones, this bangle exudes an aura of sophistication and grace. The antique finish adds a touch of vintage charm, making it a unique and timeless treasure.
Please note: The price listed is for a single bangle. Sizes available are 2.4 and 2.6.
A Symphony of Color and Design
- Kemp Stones: The rich green kemp stones are the focal point of this bangle, adding a touch of vibrancy and cultural significance.
- White Stone Accents: The contrasting white stones add a touch of elegance and balance to the design.
- Screw Bangle Design: This easy-to-wear screw bangle design ensures a secure and comfortable fit.
Sonal Fashion's Commitment to Quality
At Sonal Fashion, we use only the finest materials and traditional techniques to create our exquisite jewelry. This Rich Look Antique Kemp Stone Bangle is a testament to our commitment to quality and preserving cultural heritage.
Embrace Tradition and Elegance
This captivating bangle is the perfect way to add a touch of timeless beauty and cultural flair to your wrist. It's a versatile piece that complements both festive wear and everyday ethnic outfits.
Exclusively at Sonal Fashion
This captivating bangle is a unique treasure you won't find anywhere else. Add a touch of timeless beauty to your collection with Sonal Fashion's Rich Look Antique Kemp Stone Bangle.
Find Your Perfect Fit
Available in sizes 2.4 and 2.6, this bangle is sure to fit comfortably on your wrist.
Order yours today and experience the magic of Sonal Fashion!
Care Instruction: Handle with care and store in an air-tight box when not in use. Avoid exposure to water and chemicals to preserve the intricate details and luster.
Disclaimer: Color variations may occur due to photographic lighting sources or monitor settings.
