Pure Silver Moissanite Screw-Back Studs with Mint and Coral Color Combination

A Unique Blend of Pastel and Coral Hues

Product Description:

Our Pure Silver Moissanite Screw-Back Studs showcase a stunning mint and coral color combination, creating a beautiful balance between pastel elegance and bold coral vibrance. Crafted from 92.5 pure silver, these designer studs feature exquisite moissanite stones that catch the light brilliantly. The screw-back design ensures a secure and comfortable fit, making them ideal for long wear during any occasion.

This unique color pairing offers a contemporary twist to traditional jewelry, making it perfect for women who love to stand out. Whether you're attending a festive celebration, a casual outing, or a special event, these moissanite studs add a touch of sophistication and charm.

Key Features:

• 92.5 Pure Silver: Crafted with the hallmark of purity, ensuring premium quality and durability.
• Moissanite Stones: High-quality mint and coral-colored moissanite stones add a luxurious sparkle.
• Screw-Back Closure: Designed for secure and comfortable wear, even during extended use.
• Unique Color Combination: A perfect blend of mint pastel and vibrant coral for a trendy, modern look.

Styling Tips:

• Festive Occasions: Pair these studs with a pastel saree or an elegant lehenga to enhance your festive look.
• Modern Attire: These studs beautifully complement contemporary outfits like western dresses or jumpsuits, adding a pop of color.
• Day-to-Night Transition: Wear them for casual daytime outings and seamlessly transition to evening events by pairing them with a matching coral or mint accessory.

Care Instructions:

• Storage: Keep the studs in a soft pouch or airtight container to avoid tarnishing.
• Cleaning: Wipe with a soft, dry cloth after every use. Avoid contact with water or harsh chemicals to maintain the shine of the silver and the brilliance of the moissanite stones.

Disclaimer:

Our silver jewelry is hallmarked with 92.5 purity. Colors may vary slightly due to lighting conditions and screen resolution.