Like this ring but need it in a different size? Shop The Helen ring and let our skilled artisans craft the perfect whiskey barrel wood and silver band for you.
This dainty silver and black titanium ring is named after one of the first ladies of Whiskey, Helen Cumming. Helen owned Cardhu distillery in the late 1800s and was known as a savvy businesswoman filled with courage and energy. We paired a Weathered Whiskey Barrel Inlay with a durable, lightweight, hypoallergenic silver band to create a winning combination.
The Helen Women's Silver Ring Features:
- Lightweight, durable, hypoallergenic silver ring
- Weathered whiskey barrel ring inlay
- Made from whiskey barrels once used by the Jack Daniel's Distillery.
- Fit: Comfort
- Size: 6
- Width: 3
- Handcrafted to order in North Carolina, USA
- Limited Lifetime Warranty
- Like this ring but need it in a different size? Shop this style in our made to order ring: The Helen
- All Rustic & Main rings are handmade by passionate and skilled artisans
Weathered Whiskey Barrel Ring Inlay
Our weathered whiskey barrel wood rings are an ode to those smoky barrels which cure your favorite whiskey to maturity. We have several of the most well-known whiskey barrel woods in stock, but if you have a favorite that isn’t listed here and have access to some barrel wood, we can probably make something custom!
Sterlium Plus Silver
Our silver rings are handcrafted using a modern sterling silver alloy that is scratch-resistant and even more tarnish-resistant compared to standard sterling silver. Our silver rings contain no nickel and are a durable metal option ideal for dailywear.
We are proud to offer Sterlium Plus Silver. It's a unique silver alloy from Stuller that is more durable than traditional sterling silver. Due to its unique properties, Sterlium Plus is also more tarnish resistant and less likely to turn your finger green, yet still has the brilliant luster we love to see in our rings.
JACK DANIEL'S® is a registered trademark and is not involved in or affiliated with the production or distribution of this product.