Round Cut Lab Grown Diamond Eternity Ring in 14k White Gold (5 cttw FG/VS2)

Product Description

Declare forever with this Round Cut Lab Grown Diamond Eternity Ring in 14k White Gold (5 cttw FG/VS2). Intriguing curved prongs add graceful, wave-like contrast to the traditional setting, framing each brilliant round diamond for nonstop sparkle around the entire 4.30 mm band. Graded F-G color and VS2 clarity deliver near-colorless beauty with eye-clean performance, while CVD lab grown origin ensures responsible luxury and strong value. Rhodium polished white gold amplifies diamond fire and resists tarnish for lasting luster. Designed to symbolize unending love, it shines as an anniversary band, wedding band, or right-hand statement. 

Product Features

• Round Brilliant Diamonds: Lab grown round diamonds encircle the band for uninterrupted sparkle and maximum light return from every angle
• Curved Prong Design: Intriguing curved prongs create polished, wave-like arcs around each stone, adding organic shape and visual contrast to the traditional eternity setting
• F-G Color, VS2 Clarity: Graded F-G for near-colorless beauty and VS2 for eye-clean clarity, these CVD lab grown diamonds offer mined-diamond performance with responsible sourcing
• Comfortable Width: The band delivers standout presence while staying stackable and comfortable, perfect as a wedding band, anniversary band, or solo statement piece

Product Statistics

• Metal: 14k White Gold
• Rhodium Polish: Yes
• Band Width: 4.30 mm
• Setting Type: Prong
• Available Sizes: 4-9
• Style: Eternity Band
• Stone Shape: Round
• Total Diamond Weight: 4.96 cttw minimum
• Color: F-G
• Clarity: VS2
• Stone Creation Method: Lab Grown Diamond, CVD Process

Additional Information

Secure checkout with industry-standard encryption protocols
Shipping with tracking information provided on dispatch
30-day Returns Policy

Disclaimer: Due to the dynamic nature of the industry, information and pricing is current at the time of writing and is subject to change without notice. Changes in laws, regulations, or industry practices may affect the information's applicability.