Product Highlights
Discover the timeless elegance of the Women's Stainless Steel 316 Cubic Zirconia Antique Design Wedding Ring Set, designed to add a touch of classic charm to your special moments.
Features:
Material: Crafted from solid stainless steel, this wedding ring set is both durable and resistant to tarnishing, offering a lasting shine without the need for frequent maintenance.
Engagement Ring: The engagement ring showcases a stunning 1.24 carat (6mm) clear princess-cut center stone, surrounded by 8 (1mm) round clear side stones and 4 (4mm x 2mm) montana blue baguettes in a pave setting. This combination provides an unforgettable sparkle to your hand.
Wedding Band: The matching band perfectly complements the engagement ring with 12 (1mm) clear round stones and 5 (4mm x 2mm) montana blue baguettes, creating a cohesive and stunning ensemble.
Impressive Carat Weight: With a total carat weight of approximately 2.60, the AAA grade cubic zirconia stones in this set mirror the brilliance of diamonds, offering exceptional clarity and sparkle.
Ideal for symbolizing your eternal love, this antique-style wedding set exudes sophistication and beauty, making both your engagement and wedding day truly memorable. Embrace enduring elegance with this exquisite jewelry collection.
Customers praise the art deco design and overall attractiveness of the rings.
Ring is comfortable to wear, with perfect sizing mentioned by multiple users.
Considered a good purchase for the price, providing aesthetic satisfaction.
Made from stainless steel, it's suitable for individuals with metal allergies.
Durable material that retains its shine over time.
Reports of stones falling out within a short period of use.
Instances of the ring arriving with stones already missing.
Several users experience multiple stones falling out quickly, indicating potential quality issues.
Problems with stones falling out have led to embarrassing situations for gift givers.
Some customers experienced similar issues upon repurchasing, indicating inconsistent quality control.