OTC Italy Sterling Silver Multi Textured Interlocked 4 Bangle Bracelet 8″

The OTC Italy Sterling Silver Multi Textures Interlocked 4 Bangle Bracelet is a stylish and elegant piece of jewelry that is perfect for adding a touch of sophistication to any outfit. Crafted from sterling silver and measuring 8 inches in length, this bracelet features a unique interlocked design that adds a modern twist to a classic style. The combination of the sterling silver metal and the intricate textures of the bangle design make this bracelet a versatile and eye-catching accessory for any jewelry collection. Weight: 17.72g, 1.5mm each bangle. Stamped otc Italy 925.

OTC Italy Sterling Silver Multi Textured Interlocked 4 Bangle Bracelet 8″

The OTC Italy Sterling Silver Multi Textures Interlocked 4 Bangle Bracelet is a stylish and elegant piece of jewelry that is perfect for adding a touch of sophistication to any outfit. Crafted from sterling silver and measuring 8 inches in length, this bracelet features a unique interlocked design that adds a modern twist to a classic style. The combination of the sterling silver metal and the intricate textures of the bangle design make this bracelet a versatile and eye-catching accessory for any jewelry collection. Weight: 17.72g, 1.5mm each bangle. Stamped otc Italy 925.

Vintage Sterling Silver 2 Ct Diamond Band Ring Lot Size ~6.5

Stamped “925” and “OTC”. There are ~ 200 ~ 1 mm natural diamonds, mixture of baguette and round. See photos with ruler and coin for size references and all photos for actual conditions. We strive to edit the photos so they will appear as close to the real object as possible, however, in digital processing, it is not always possible to be exactly precise.

Vintage Sterling Silver 2 Ct Diamond Band Ring Lot Size ~6.5

Stamped “925” and “OTC”. There are ~ 200 ~ 1 mm natural diamonds, mixture of baguette and round. See photos with ruler and coin for size references and all photos for actual conditions. We strive to edit the photos so they will appear as close to the real object as possible, however, in digital processing, it is not always possible to be exactly precise.