Art Nouveau Rose Spoon Ring | Mechanics Sterling Co Antique Silver

Handcrafted from vintage sterling silver, one of a kind.

$120.00

Antique rose detail, reshaped into a one-of-a-kind sterling silver ring.

Size: Australian R / USA 9
Material: Antique sterling silver teaspoon
Origin: Mechanics Sterling Co, Attleboro, Massachusetts
Era: Antique
One of a kind: Yes

Out of stock

• One of a kind — only one available
• Handmade in the Adelaide Hills
• Carefully finished and ready to ship

About this piece

Mechanics Sterling Co Art Nouveau Rose Spoon Ring

A rose captured in silver, softened by time and shaped into something beautifully wearable.

This one-of-a-kind spoon ring has been created from an authentic antique teaspoon by Mechanics Sterling Co, founded in Attleboro, Massachusetts in 1896. The original sculpted rose detail has been carefully preserved, allowing the character of the antique silverware to remain at the heart of the piece.

The design wraps comfortably around the finger, with softly textured detailing that catches the light and reveals the depth of the floral pattern. Romantic, elegant and full of quiet history, this ring carries all the charm of Art Nouveau design — graceful, organic and richly detailed.

Hand-shaped and finished in my Adelaide Hills studio, this is not a reproduction, but an original piece of antique silverware transformed into jewellery to be worn and treasured.

A beautiful choice for lovers of vintage silver, floral design, meaningful jewellery, or as a thoughtful nod to the modern 5th wedding anniversary gift of flatware.

Details & sizing

Antique rose detail, reshaped into a one-of-a-kind sterling silver ring.

Size: Australian R / USA 9
Material: Antique sterling silver teaspoon
Origin: Mechanics Sterling Co, Attleboro, Massachusetts
Era: Antique
One of a kind: Yes

Shipping & delivery

Ships from the Adelaide Hills, Australia.
Free standard shipping within Australia.
International shipping available.

Care

Store in a dry place.
Polish gently with a soft cloth.
Avoid harsh chemicals.