3.58 Ct.Tw.Total Carat Weight Citrine Pair from Brazil

This matched pair of pear shape yellow citrines presents balanced proportions and consistent visual appeal, offered by The Natural Gemstone Company. Individual weights are 1.97 carats and 1.61 carats, with dimensions of 10.20 x 6.99 x 5.36 mm, and 9.78 x 6.83 x 4.74 mm respectively. Both stones are cut in a mixed brilliant style, exhibiting medium color intensity and an eye clean clarity grade as evaluated at eye level. Excellent polish enhances facet contrast and surface brightness, allowing light to travel cleanly through the stones and deliver lively scintillation. The citrines originate from Brazil and have undergone standard heat treatment to refine tone and uniformity, a stable and commonly accepted enhancement for this gem variety. As quartz family gems, citrines have a Mohs hardness of seven, offering reliable durability for everyday wear when properly set and maintained.

These citrines are well suited to the creation of a unique heirloom piece, whether assembled as a pair of drop earrings, a mirror set in a pendant and ring combination, or an intentionally asymmetric signature piece that highlights subtle differences in size and weight. The pear silhouette lends itself to classic prong settings that emphasize length and light return, and to bezel settings that provide added protection for the pointed end. Warm yellow gold settings will complement the stones natural hue, while white gold or platinum can create a contemporary contrast that frames the color. Given the existing heat treatment, the stones respond predictably to standard jewelry fabrication, but careful attention to secure mounting, proper tip protection, and routine care will best preserve long term beauty. For guidance on design proportions, metal choice, and setting techniques that maximize both aesthetics and structural integrity, The Natural Gemstone Company can provide technical details and consultative support, enabling the creation of an heirloom that passes gracefully from one generation to the next.