Victorian 18KT Gold Ceylon Sapphire & Rose Cut Diamond Three-Stone Ring

£12,850.00

A classic Victorian three-stone ring crafted in solid 18KT yellow gold, centred with a natural unheated Ceylon sapphire of rich blue colour. The oval sapphire is flanked by two substantial rose cut diamonds, creating a balanced and timeless three-stone composition. The combination of silver-topped diamond settings with a gold shank is characteristic of Victorian jewellery, designed to enhance diamond brilliance under low light. A refined antique ring with strong period character and attractive gemstone proportions.

Dimensions
Ring Size:
– UK: O
– EU: 55
– US: 7.25
Weight: 3.92 grams

Specifications
Metal: 18KT Yellow Gold
Period/Era: Victorian
Centre Stone: Natural Sapphire
Origin (Sapphire): Ceylon (Sri Lanka)
Treatment: Unheated
Sapphire Cut: Oval mixed cut
Sapphire Weight: Approx. 2.50 ct

Diamonds:
– Cut: Rose cut
– Quantity: 2
– Weight: Approx. 1.00 ct each (approx. 2.00 ct total)

Condition Report
Very good antique condition with light wear consistent with age.

A classic Victorian three-stone ring crafted in solid 18KT yellow gold, centred with a natural unheated Ceylon sapphire of rich blue colour. The oval sapphire is flanked by two substantial rose cut diamonds, creating a balanced and timeless three-stone composition. The combination of silver-topped diamond settings with a gold shank is characteristic of Victorian jewellery, designed to enhance diamond brilliance under low light. A refined antique ring with strong period character and attractive gemstone proportions.

Dimensions
Ring Size:
– UK: O
– EU: 55
– US: 7.25
Weight: 3.92 grams

Specifications
Metal: 18KT Yellow Gold
Period/Era: Victorian
Centre Stone: Natural Sapphire
Origin (Sapphire): Ceylon (Sri Lanka)
Treatment: Unheated
Sapphire Cut: Oval mixed cut
Sapphire Weight: Approx. 2.50 ct

Diamonds:
– Cut: Rose cut
– Quantity: 2
– Weight: Approx. 1.00 ct each (approx. 2.00 ct total)

Condition Report
Very good antique condition with light wear consistent with age.