The Turquoise Alice Shell Studs offer a delightful touch of coastal style. Hand carved from high-quality resin, each earring features a shell shape with a dazzling crystal at the center. Perfect for adding a chic nautical flair, these gold-plated studs are both preppy and playful. Ideal for elevating any outfit, they're a must-have accessory for those who love to embrace a vibrant, laid-back aesthetic.
From the brand: Get ready to coast the high seas with the Turquoise Alice Shell Studs. Featuring a shell shape stud that is hand carved from a high quality resin with a bezel set crystal in the center that provides this chic stud with a lot of personality. Preppy and nautical, these beauties instantly add a dash of coastal cool to your look.
Stud silhouette
Shell shaped stud
Post back closure
Hand carved
Material: Gold Plated Brass, Resin, Glass
Care: Keep jewelry away from water and chemicals; remove during physical activities; store separately in a soft pouch
To clean the Turquoise Alice Shell Studs, gently wipe them with a soft, dry cloth to remove any dirt or oils. Store the earrings separately in the provided soft pouch to prevent scratches and to keep them looking their best.
The Turquoise Alice Shell Studs are made from gold plated brass, which offers a layer of protection against tarnishing. However, proper care is essential; avoid exposure to water and chemicals to maintain their shine.
Yes, the Turquoise Alice Shell Studs are versatile enough to complement both casual and formal outfits. Their elegant shell design brings a touch of coastal flair, making them suitable for a variety of occasions.
No special care products are needed for the Turquoise Alice Shell Studs, but it's important to keep them away from water and chemicals. Regularly wipe them clean with a soft cloth to maintain their appearance.
The Turquoise Alice Shell Studs feature a post back closure, which is typically comfortable for most wearers. However, those with very sensitive ears should verify if the gold plated brass meets their skin sensitivity requirements.
