Baguette Design White CZ Stone Handmade Silver Cluster Ring - 1.65 g

All our products are handmade. Silver and precious stones in weight ±5% deviation may be due to the product.

SAFE INTERNATIONAL SHIPPING 

Shipping cost varies according to the weight and size of package. The shipping cost will be calculated automatically before you checkout. 

ESTIMATED INTERNATIONAL DELIVERY TIME FRAME (WORLDWIDE)

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Important Note: International buyers are fully responsible for any additional fees imposed by customs, including any tariffs and duties. Carries delivery time may vary on destination country. Sometimes it may take longer than normal delivery time due to unfortunate reasons (such as package is held at custom/duty for inspection).

RING SIZES IN THE WORLD

• Women's rings typically range from size 4 to 9. The most commonly purchased women's ring in the world range from size 6 to 8. Size 7 is the most popular ring size.
• Men's rings typically range from size 8 to 14. The most commonly purchased men's ring sizes in the world range from size 8 to 11. Size 9 is the most popular ring size.
• We produce our women's rings standardly range from size 6 to 9.

Please see the chart at the below if you need to convert your ring size into US Size.

The Baguette Design White CZ Stone Handmade Silver Cluster Ring is a true testament to elegance and craftsmanship. Made with premium 925 sterling silver, this stunning ring is adorned with baguette-cut white cubic zirconia stones arranged in a sparkling cluster ring design. Its handcrafted details reflect the artistry of Turkish handmade jewelry, making it a standout piece in any collection.

Ideal for wedding or engagement ring selections, this ring is both stylish and versatile. Whether you're looking to enhance your wholesale sterling silver inventory or offer unique women's jewelry to your customers, this cluster ring is an excellent choice. With its timeless appeal and exquisite design, it's a must-have for anyone looking to buy silver jewelry that blends luxury with sophistication.