0.90 Ct.Tw. Ruby Bezel Earrings, 14K White Gold

These pear shaped red rubies present a luminous and refined presence, offering 0.90 total carat weight of vibrant color and classic elegance. Each stone measures 6.00 x 4.00 x 2.80 mm, with a mixed brilliant cut that maximizes light return and creates a lively play of sparkle as the gems move. The clarity is graded very slightly included when evaluated at eye level, which preserves the natural character of each ruby while maintaining admirable transparency. Color is vivid and saturated, and the excellent polish enhances the depth and warmth of the red tones. Enhancement by controlled heat treatment has been employed to stabilize and enhance the inherent beauty of these rubies, which originate from Mozambique. The pair is delicately set in 14K white gold, offering a cool, modern contrast that lets the red hues sing, and the refined drop styling creates graceful movement while remaining suitable for both everyday wear and special occasions.

At The Natural Ruby Company we prioritize ethical sourcing and transparent practices, and these earrings are offered as a conscious choice for customers who care about provenance and impact. These Mozambican rubies have been procured through trusted supply chains that emphasize responsible mining practices, fair compensation for miners, and attention to environmental stewardship, so you can wear them with confidence and pride. Our artisans set each stone with care in solid 14K white gold, and every pair is inspected to meet our standards for cut, color, clarity, and finish. Choosing these rubies supports a story of craftsmanship, accountability, and respect for the people and places that nurture these gems. These earrings make a meaningful gift for milestones, anniversaries, or personal celebrations, and they are easy to care for with routine gentle cleaning and safe storage when not worn. With their radiant color, thoughtful sourcing, and expert setting, they represent an elegant and conscientious addition to any jewelry collection.