4.58 Ct.Tw.Total Carat Weight Yellow Citrine Pair from Brazil

This matched pair of pear shaped yellow citrines presents a refined combination of size, symmetry, and origin, suitable for use as center stones in a variety of fine jewelry applications. The stones weigh 2.30 carats and 2.28 carats respectively, and each exhibits dimensions that reflect careful cutting and proportional planning, 11.72 x 7.76 x 4.98 millimeters for the larger stone, and 11.83 x 7.64 x 5.12 millimeters for the companion. Both are transparent, of medium color intensity, and sourced from Brazil, a region known for producing citrines with warm, consistent hues. The pair has been heat treated, a standard enhancement to clarify and stabilize the yellow tone, and each stone has been finished to an excellent polish, allowing the surfaces to reflect and transmit light with precision. The Natural Gemstone Company offers this pair with documentation of origin and the described treatments, reflecting our commitment to accurate representation and provenance.

The cutting style is mixed brilliant, and the geometric faceting has been executed to maximize internal light dynamics while preserving the pear outline. The mixed brilliant approach combines a modified brilliant crown with a step or pavilion arrangement where needed, creating geometric planes that interact to return light efficiently to the viewer. In these citrines, facet junctions and angles have been calibrated to favor dispersion and scintillation, producing a lively play of light that enhances the stones natural yellow saturation without overpowering the tone. The geometric faceting vocabulary includes carefully aligned kite and triangular facets on the crown, and a coordinated pattern of pavilion facets that act together to concentrate and redirect light toward the table. This constructed light path yields a balance of brilliance and fire appropriate to citrine, with flashes and facets that read cleanly across the pear silhouette. The cutters maintained an excellent polish, which minimizes light scattering at the surface, increasing apparent clarity and contributing to crisp facet reflections.

Clarity has been assessed at very very slightly included, evaluated at eye level, a grade that reflects minor inclusions that do not detract from overall performance when set and viewed in normal wear. These internal characteristics are often typical of natural citrines and, in this case, are positioned and proportioned so as to be unobtrusive, blending with facet reflections and the stones inherent color. The medium color intensity offers a versatile hue that reads as classic canary yellow under most lighting conditions, and the heat treatment applied is a controlled enhancement intended to remove unwanted brownish tones while preserving natural character. The resulting color and clarity profile combines with the precise faceting to produce a visual experience of even color distribution and lively internal reflection, making the pair suitable for matched ear or pendant settings where uniform appearance is important.

From a practical perspective, these citrines are well suited to matched earring pairs, a pendant and accent combination, or for custom designs where pear shaped symmetry and matched light behavior are key. The near identical dimensions and weight support balanced settings, and the mixed brilliant cut helps maintain a strong face up appearance even in closed or intimate settings, where maximizing returned light is essential. When planning a mounting, attention to orientation and light access will further enhance the stones geometric light return, and an open gallery setting will allow the pavilion facets to contribute fully to the optical effect. The Natural Gemstone Company provides this pair with full measurements, weight, treatment disclosure, clarity grading, polish assessment, and origin notation, enabling confident design choices and transparent communication to clients. The stones represent a considered selection for jewelers and collectors seeking matched citrines with precise faceting and reliable optical performance.