Wake Forest University Gold-Plated Sterling Silver Stud Earrings
$ 85.28
- Sterling silver with gold plating, polished finish
- Officially NCAA-licensed Wake Forest University W-F design
- Extra small button earrings, 9 mm x 13 mm
- Post & push back closure
- Made to order in the United States
- Free Shipping
- 30-Day Free Returns
- 1-Year Free Resizing
- Family-Owned Since 2008
Specifications
| Metal | Gold-Plated Sterling Silver |
|---|---|
| Purity | 925 |
| Metal weight (approx.) | 1.93 g |
| Dimensions | 9 x 13 mm |
| Back / closure | Post & Push Back |
| Finish | Polished |
| Officially licensed | Wake Forest University |
| Gender | Women's |
Specifications are for the item selected above. Metal weights are approximate and vary slightly from piece to piece.
Description
Show your Wake Forest University pride with these officially NCAA-licensed W-F button earrings, crafted in gold-plated sterling silver with a polished finish. These extra small post earrings are laser cut for clean, precise detail and designed for everyday wear at games, tailgates, or around campus.
Made to order, each pair is produced with care in the United States.
Details
- Metal: Sterling silver with gold plating (gold tone)
- Finish: Polished
- Earring Type: Button, Extra Small relative size
- Length: 9 mm; Width: 13 mm
- Closure: Post & push back
- Manufacturing Process: Laser cut
- Licensed Organization: Wake Forest University (NCAA licensed)
- Gender: Women's
- Country of Origin: United States
Common Questions
What metal are these earrings made of?
They are crafted in sterling silver with gold plating, featuring a polished finish and gold-tone plating color.
Are these officially licensed?
Yes, they are licensed by the NCAA for Wake Forest University.
What type of earring back do they use?
They feature a post and push back closure, in a button earring style.
How big are these earrings?
They are an extra small relative size, measuring 9 mm in length and 13 mm in width.
Are these made to order?
Yes, these are made to order, so no delivery timeframe can be guaranteed.
