3/4 Inch Hinged Hoop Earrings in 14K Gold, 2.5mm Thick
3/4" 14K Gold Hinged Hoop Earrings, 2.5mm Thick
Our 3/4 Inch 2mm Hinged Gold Hoop Earrings offers a classic look with a slightly bolder profile for daily wear. Measuring approx. 3/4 inch in diameter and crafted with a substantial 2.5mm thick, the hoops provide a noticeable presence while remaining always refined and easy to style. Fashioned from approx. 1.47 grams of genuine gold, they feature a smooth polished finishing that reflects beautifully from each angle. Secure wire and clutch closures keep the earrings comfortably in place to make them a dependable choice for daily wear and special occasions alike.
Product Specifications
- Metal: Guaranteed 14K Gold
- Earring Diameter: 3/4 Inch (20mm)
- Thickness: 2.5mm
- Weight: Approx. 1.47 Grams
- Closure: Secure Wire & Clutch Closure
- Style: Hinged Hoop Earrings
- Finish: High Polish
- Returns: 45-Day Return & Exchange Policy
- Shipping: Free Shipping in the USA (global options available)
A Slightly Fuller Take on the Classic Hoop
The 20mm diameter create a balanced design that offers a little more dimension than slender hoops while preserving the clean simplicity that makes this style so enduring. The smooth polished gold surface reflects with every movement and pairs effortlessly with everything from casual to dressier evening looks. The hoops are versatile enough to become a daily favorite while still feeling special.
Crafted for Comfort and Timeless Appeal
The smooth tube profile and safe secure wire and clutch closures create a comfortable fit and a dependable design that can be enjoyed for years to come. The classic circular shape and soft warm gold finish ensure they remain stylish regardless of changing trends. The hinged gold hoops are a beautiful jewelry staple that offers long lasting versatility and sophistication.
Also available in various sizes and styles, shown below under related jewelry.
We guarantee our 3/4 Inch Hinged Hoop Earrings in 14K Gold, 2.5mm Thick to be high quality, authentic jewelry, as described above.
