2.54 Ct.Tw. Blue Sapphire Bangle Bracelet, 14K White Gold

This elegant bracelet is a celebration of refined design and natural beauty, featuring 33 blue round shaped mixed brilliant cut sapphires, weighing a total of 2.54 carats, each stone meticulously set in 14K white gold. The sapphires display a dark color saturation that lends each gem a rich, oceanic depth, while the mixed brilliant cuts maximize scintillation and lively dispersion as light moves across the wrist. With a clarity grade described as very slightly included, the gems retain a clean, compelling appearance that speaks to their natural origin in Ceylon, Sri Lanka. The slim profile and evenly spaced setting create a seamless line of deep blue that sits close to the wrist, offering understated glamour for daytime wear and a refined presence for evening occasions. The craftsmanship allows the bracelet to pair beautifully with other pieces or to stand alone as a signature accent, and the balanced design ensures that each sapphire contributes evenly to the overall glow.

More than a piece of jewelry, this bracelet is crafted to become a treasured heirloom, meant to carry personal stories and family milestones from one generation to the next. The choice of durable 14K white gold, combined with securely set natural Ceylon sapphires, provides both enduring beauty and reliable wear, so that it can be worn on meaningful days and preserved for special moments to come. At The Natural Sapphire Company, we take pride in sourcing and setting gemstones with care, and we view each creation as the start of a legacy rather than a simple purchase. With mindful care, including occasional professional cleaning and routine inspections to maintain the settings, this bracelet will retain its color and brilliance for decades, ready to be passed down as a sign of continuity and affection. Choosing this bracelet is a choice to invest in timeless elegance, a tangible piece of heritage that will hold memory and meaning as it moves through your family, generation after generation.