White Gold Radiant Cut Diamond Engagement Ring with Pave Diamond

Product Description:-

Bold, brilliant, and unmistakably luxurious — this radiant cut diamond engagement ring is designed for those who want maximum sparkle. The radiant cut combines the elegance of an emerald shape with the fire of a brilliant cut, creating a centre stone that dazzles from every angle, beautifully complemented by sparkling side stones on each shoulder.

Choose a natural diamond (F–G colour, VS–SI clarity) or an ethically grown lab diamond (D colour, VVS clarity), and select your preferred precious metal for a ring that is uniquely yours.

Ring Details:-

• Diamond shape: Radiant cut
• Setting: Prong with side stones
• Diamond type: Lab-grown or natural diamond
• Lab diamond grade: D colour, VVS clarity
• Natural diamond grade: F–G colour, VS–SI clarity
• Carat weight: 0.50ct – 3.00ct
• Metal options: Sterling Silver | 9K/18K White, Yellow & Rose Gold | 950 Platinum
• Finish: High polish

Why Choose Finediam?

• UK Hallmarked — London Assay Office certified precious metal
• Handcrafted in the UK — made by expert jewellers to the highest standards
• Free UK delivery — dispatched within 3–5 working days
• 30-day returns — hassle-free returns policy
• Ethically sourced diamonds — conflict-free, responsibly selected
• Trusted by thousands — verified customer reviews

Starting from £249 in sterling silver and £789 in 9K gold. A ring as radiant as the love it represents.

• Free UK Delivery Secure delivery is available across the UK on all jewellery orders.
• Made to Order Most jewellery pieces are carefully made to order and prepared with attention to detail.
• Delivery Estimate Please check the delivery estimate shown above for your selected item.
• Secure Packaging Your jewellery will be safely packed and dispatched with trusted courier partners.
• Returns We offer a 30-day return policy, provided the item is unworn, unused and returned in its original condition.
• Custom Jewellery Made-to-order, resized or customised items may have different return conditions.