Brilliant 1.5-Carat Round Cut Zirconia with Double Sparkle Design: This exquisite ring features a dazzling 1.5-carat round cut zirconia center stone in a secure 4-prong setting, surrounded by a sparkling circular halo and complemented by a half-eternity band of accent stones. The perfect 1.5-carat size offers ideal proportions for daily wear while creating exceptional brilliance. Premium 925 Sterling Silver in Three Luxury Finishes: Expertly crafted from tarnish-resistant 925 sterling silver and available in silver, gold, and rose gold plating options, this hypoallergenic ring combines durability with luxurious appeal. The 4-prong setting ensures maximum security while allowing optimal light performance from the round cut stone. Classic Round Design with Enhanced Sparkle: Experience timeless elegance with our double-sparkle design: a round center stone enhanced by a perfectly matched circular halo, paired with a half-eternity band. This creates continuous sparkle that emphasizes the classic round cut's exceptional light performance. Perfect Diamond Alternative for Traditional Occasions: Ideal for engagements, weddings, or anniversaries, this 1.5-carat round halo ring offers spectacular value. The combination of classic round cut with halo setting and half-eternity band creates unparalleled traditional appeal with modern sparkle. Timeless Treasure for Your Classic Love Story: Designed to become a cherished keepsake, this beautiful ring makes an elegant statement of enduring commitment. The perfect 1.5-carat round cut with coordinated sparkle ensures it remains a classic symbol of your love story for years to come. This exquisite 1.2 Carat Round-Cut Zirconia Ring is crafted from premium 925 sterling silver and available in three elegant finishes: silver, gold, and rose gold. The centerpiece is a dazzling 1.2-carat round-cut zirconia, prong-set to maximize its brilliance and surrounded by a sparkling halo of shimmering stones. The band features a half-circle of accent stones, adding a touch of luxury and sophistication to every angle.