Canadian Ammolite Gems by Kenneth Bradley
Canadian Ammolite Gems by Kenneth Bradley ‘Francis’ Ring with Chrome Diopside in 14k Yellow Gold
Up to £70 off
Regular price
£429.99 GBP
Sale price
£429.99 GBP
Regular price
£499.99 GBP
Unit price
per
Tax included.
Shipping calculated at checkout.
- Fully secure checkout
- Trusted by thousands
- Rated and reviewed
Complete the story
Canadian Ammolite Gems by Kenneth Bradley ‘Francis’ Earrings with Chrome Diopside
Up to £70 off
Distinctive, elegant, and rich in character, the Canadian Ammolite by Kenneth Bradley ‘Francis’ Ring is a striking expression of colour and contemporary design.
Featuring two pear-cut Canadian ammolite stones, the ring reveals a captivating play of iridescent colour — formed over millions of years and entirely unique in every piece. The twin-stone design creates a balanced yet eye-catching silhouette, offering a modern interpretation of classic styling.
Accentuating the ammolite, Chrome Diopside introduces a vivid, deep green tone, adding contrast and depth to the design. The combination of rich green hues with the shifting colours of ammolite creates a luxurious and dynamic visual effect.
Crafted in 925 Sterling Silver and finished in rich 14k Yellow Gold plating, the ‘Francis’ ring offers warmth, radiance, and a refined sense of luxury. The golden tone enhances the richness of the gemstones, creating a piece that feels both bold and sophisticated.
A distinctive design, defined by colour and individuality.
- Rare Canadian Ammolite – Formed over millions of years with natural iridescence
- Double Pear Design – Two 9x6mm stones for a unique, balanced look
- Unique by Nature – Each ammolite stone displays its own individual colour pattern
- Chrome Diopside Accent – Rich, vibrant green contrast
- Multi-Stone Design – Enhances depth and light reflection
- 14k Yellow Gold Finish – Warm, rich and luxurious tone
- Premium Craftsmanship – Crafted in 925 Sterling Silver
- Statement Styling – Distinctive and eye-catching design
Product Care
Product Care
Natural Product
Natural Product
Shipping and Delivery
Shipping and Delivery
What is Canadian Ammolite?
Ammolite Grading
Ammolite gemstones are meticulously graded based on their natural brilliance, colour range, and overall clarity. This recognised ammolite grading system helps distinguish the finest examples of this rare gemstone, which can vary significantly in appearance, colour intensity, and rarity. The four primary grades are AAA, AA, A, and Standard.
The highest grades — AAA and AA ammolite — are exceptionally rare, accounting for only around 3–5% of global annual production. These premium ammolite gemstones display the most vivid iridescence, often revealing a full spectrum of colour that shifts beautifully in the light. Top-grade stones are highly prized for their exceptional clarity, minimal natural inclusions, and striking visual impact, making them ideal for fine jewellery, collectors, and gemstone connoisseurs.
A-grade and Standard ammolite, while more widely available, still showcase the unique beauty that makes this gemstone so special. These stones may feature a more limited colour range or softer brilliance, but each one remains a genuine, natural ammolite gemstone formed over 70 million years ago in the foothills of the Canadian Rockies.
This detailed grading system allows jewellery makers, collectors, and enthusiasts to appreciate the full spectrum of ammolite gemstones — from the rare, investment-grade AAA pieces to the more subtle, yet equally authentic and beautiful, natural stones.
-
AAA
Showcases exceptional, vivid colour from every angle, with a striking full rainbow effect and a flawless surface free from visible matrix lines.
-
AA
Displays beautifully bright colour with three visible hues, complemented by fine, natural matrix lines that highlight the stone’s organic origin.
-
A
Displays vibrant colour with two visible colours, with natural matrix lines adding to the stone’s authentic character.
-
Standard
Showcases a dominant single colour, occasionally revealing a second colour, with visible matrix lines that reflect its natural origin.
