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1.14 Ct. Orange Hessonite Garnet from Madagascar
This loose stone ships by Dec 2
Item ID: | K34151 |
|---|---|
Dimensions (MM): help | Length: 6.04 Width: 5.13 Height: 4.26 |
Weight: | 1.14 Ct. |
Color: help | Orange |
Color intensity: help | Vivid |
Clarity: help | Very Very Slightly Included |
Shape: help | Emerald Cut |
Cut: | Emerald Cut |
Cutting style: | Faceted |
Enhancements: help | No Enhancement |
Origin: help | Madagascar |
Per carat price: help | $35 |
This specimen is a transparent 1.14 carat hessonite garnet in an emerald cut, with exact dimensions of 6.04 by 5.13 by 4.26 millimeters, faceted and finished to an excellent polish. The cutting style employs classic step facets on the crown and pavilion, with truncated corners to reduce cleavage risk and to enhance optical symmetry. The table is proportioned to present a broad central window, while the pavilion depth is relatively generous, concentrating the stone color and creating layered flashes rather than a dispersed scintillation pattern. Clarity is graded as very very slightly included when viewed at eye level, meaning the stone is essentially eye clean with only minute inclusions that do not interrupt the overall transparency or the even distribution of light. No enhancement has been applied, and the piece is natural hessonite from Madagascar, supplied and verified by The Natural Gemstone Company.
Color and optical constants define how this garnet will perform under varied lighting. The piece shows a vivid orange hue with strong saturation, and because garnet is isotropic and singly refractive, light behavior is governed by a uniform refractive index, typically around 1.74 to 1.76 for hessonite. The high polish and precise step faceting produce broad, mirror like flashes of color rather than pinpoint brilliance, and the deep pavilion increases apparent saturation by trapping and recycling light within the body of the stone. Dispersion is modest compared with highly refractive gemstones, so fire will be minimal, however the high luster and clean facet junctions result in crisp reflective contrasts, with darker and lighter orange tones creating a dynamic, three dimensional appearance.
Observations by light type describe predictable yet engaging changes in appearance. Under cool natural daylight the stone reads as a pure vivid orange with clean, amber like reflections, and the step facets create a pronounced cross or chequered flash pattern across the table. Under warm incandescent light or warm LED sources the hue shifts slightly toward a richer, more brown tinged orange, because the longer wavelength components are enhanced, producing a warmer, almost cinnamon saturation that appears more velvety. In direct sunlight the stone shows strong contrast between bright facet flashes and deep internal color, producing a striking show of concentrated orange flashes at facet junctions, while in soft diffuse light the stone reads more uniformly, emphasizing color saturation over contrast. In low light the strong polish continues to produce small reflective highlights, and the eye clean clarity prevents dark inclusions from interrupting light passage, so the gem remains lively even in subdued conditions.
For setting and wear the proportions and faceting invite designs that maximize top light and table exposure, such as four or six prong solitaires or open gallery bezel settings, because the stone benefits from direct light entering the table to energize the step facet reflections. The relatively deep pavilion increases spectral saturation, so a shallower mounting will allow more light return and a slightly brighter appearance, while a deeper cup will emphasize the stone color and deliver a more intense, jewel like presence. As supplied by The Natural Gemstone Company this 1.14 carat Madagascar hessonite is unenhanced, precisely faceted, and finished to an excellent polish, making it particularly well suited to customers who value technical cutting attributes and predictable light performance, and who desire a vivid orange garnet that performs reliably across varied lighting environments.

























