Solitaire Engagement Rings

Immerse yourself in the captivating elegance of James Newman Jewellery's Unique Solitaire Engagement Rings collection. Each piece in this collection is a testament to our dedication to simplicity, quality, and timeless design. Our unusual solitaire engagement rings showcase a single, spectacular gemstone. Whether it's a brilliant-cut diamond, a vibrant sapphire, or a unique champagne diamond, the stone is set to be the star, reflecting the pure and singular nature of your love.

If you would like to be involved in the design of your solitaire engagement ring or need help in finding a particularly special or meaningful stone, have a chat with us or discover more about our bespoke engagement rings. With over 25 years experience, we are perfectly placed to offer you tailored advice and design a ring around a selected stone and even include your own heirloom stones and metals. Rings ordered through our bespoke service are usually dispatched within 6-8 weeks from the date of your order.

Opting for a piece of jewellery from James Newman Jewellery, means that you are purchasing from an independent designer jeweller, where manufacturing travel miles are drastically reduced due to the sourcing of materials in the local area and because jewellery is made by us, in house. Read more about our ethical jewellery policy here.

All James Newman Jewellery jewellery is designed and hand crafted in house, drastically reducing our carbon footprint; using ethically sourced gemstones and precious metals. We take our responsibilities seriously and are constantly reviewing and evolving our practices to ensure we are a force for good. Our ethical policy stretches beyond the materials we use, from our customers to employees and suppliers, we endeavour to create long lasting relationships based on fairness and trust and not excessive profits. You are in good hands with us - find out what our customers think about us here.

If you would like to spread your payments, we offer interest-free instalments through Klarna.