Riviera Candy-Toned Non-Tarnish Zircon Mosaic Cuff
A radiant kaleidoscope of color meets life-proof elegance. Featuring a stunning geometric mosaic of candy-toned zircon crystals framed in lustrous 18K gold, this waterproof, non-tarnish statement bangle brings an instant resort-chic vibe to your daily style.
Infuse your look with the sun-drenched romance of the Mediterranean coast with The Amara Waterproof 18K Gold Geometric Bangle. Striking the perfect balance between playful vibrancy and old-money sophistication, this structured bangle displays an alternating sequence of geometric zircon crystals. From soft pastels to rich jewel tones, each stone is precisely nestled within high-polished gold bezels to capture the light beautifully from every angle.
Crafted from premium 304 stainless steel and finished with a durable 18K real gold PVD vacuum coating, this piece is built for care-free, everyday wear. It is completely waterproof, sweat-resistant, and non-tarnish—meaning you never have to take it off at the beach, pool, or in the shower. Clocking a luxurious, high-quality weight of 15g, it offers a substantial feel on the wrist without turning your skin green or causing irritation. Wear a single bangle for a subtle pop of color, or stack the different multi-colored and crystal-clear variants together to create an editorial, sunset-inspired wrist statement.
Premium Features:
- Vibrant Geometric Zircons: High-clarity baguette, square, and round crystals arranged in a mosaic layout to deliver an iconic, high-end sparkle.
- 18K Real Gold PVD Coating: Advanced vacuum plating engineered to resist surface scratches, dulling, and everyday friction.
- 100% Life-Proof & Waterproof: Fully resistant to fresh water, sweat, ocean salt, and lotions—guaranteed to never tarnish or fade.
- Premium Weighted Structure: At 15g, it has a solid, expensive feel that sits beautifully and comfortably on the wrist all day long.
- 100% Hypoallergenic: Built entirely lead and nickel-free, making it completely safe and gentle for sensitive skin types.