Your style. Your stone. Your story.
Wharton
Engagement Ring Types
Engagement Ring Types
Start with a look you love. From a simple solitaire to a statement cluster, explore six ring types and discover how a different cut or gemstone can make the design your own.
Prefer to buy online? Shop engagement rings →
A starting point, not a limit
Choose the look.
Make it yours.
Make it yours.
A ring type describes the arrangement of the stones, rather than one particular cut or gem. Any of these six types can inspire a design with a different shape, a coloured centre stone or a personal combination of gems.
Think an oval solitaire, a sapphire halo or an emerald-and-diamond trilogy. We’ll guide you through the proportions and create or adapt a suitable setting around your chosen stones.
Six ring types. So many ways to make them yours.
Explore Engagement Ring Types
Explore the character of each ring type. Ask us about a favourite, arrange to try suitable rings or browse the collection online.
One idea. Your own interpretation.
The shape you love.
The colour you imagine.
The colour you imagine.
Explore a different cut
A round brilliant, oval, pear, marquise, cushion or emerald cut can change the whole feel of a ring. We’ll help you compare shapes and proportions on your hand.
Bring in colour
Imagine a sapphire centre, ruby accents or a diamond-and-emerald pairing. We can source alternative stones and advise which gems and settings suit everyday wear.
Find the right setting
Metal colour, claws, shoulders and stone sizes all shape the finished look. We’ll discuss what can be adapted, what needs a new setting and the complete price before you decide.
Your ideas. Your budget.
Tell us which ring type you like and what you would change. If you’re comfortable sharing a budget, we can focus on suitable rings and source alternative stones to match your priorities.
Natural diamonds are at the heart of our collection. Lab-grown centre diamonds can also be quoted for suitable designs.
You can begin with an idea, a question or a showroom visit. Sharing a budget is optional.
Visit our St Albans showroom
See the difference.
Try it on.
Come and explore our wider selection of diamond engagement rings. Tell us which designs you like and we can discuss suitable pieces to show you.
✓ Try different styles and see how they feel.
✓ Compare diamonds with personal guidance.
✓ Explore our stock and alternative stone options.
Wharton Goldsmith
1–2 George Street,
St Albans,
AL3 4ER
01727 859 489
Before you begin
A few helpful answers.
Or simply get in touch. We’re here to help you explore.
Can I choose a different cut or gemstone?
Yes. Treat each ring type as a starting point. We can explore different stone shapes, diamond options and coloured gemstones, then create or adapt a setting to suit. The exact combination depends on stone dimensions, proportions and suitability for everyday wear.
What is the difference between a ring type and a cut?
The ring type describes how the principal stones are arranged: for example, a solitaire centres on one stone and a trilogy has three. The cut describes the stone itself, such as round brilliant, oval or emerald cut. An emerald-cut diamond is a diamond; it does not mean the gemstone is an emerald.
Can you help me work within a budget?
Yes. If you’re happy to share an approximate budget, we can suggest suitable rings and source alternative stones. We’ll discuss the options and quote for the complete ring. You can also enquire without giving a budget.
Are all your engagement rings shown online?
No. We have a wider selection in our St Albans showroom, including many rings that aren’t listed on the website. Tell us what you would like to see so we can confirm availability and suggest suitable pieces for your visit.
Can I buy online or choose a lab-grown diamond?
You can follow “View Collection” to shop the available rings online. For suitable settings, we can also quote for a lab-grown centre diamond. Different stones or design changes are quoted separately from the specifications and prices shown online.
Let’s find your ring, together.