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1.64 Ct. Orange Hessonite Garnet from Madagascar
This loose stone ships by Nov 4
Item ID: | K31969 |
|---|---|
Dimensions (MM): help | Length: 6.4 Width: 6.2 Height: 5.12 |
Weight: | 1.64 Ct. |
Color: help | Orange |
Color intensity: help | Vivid |
Clarity: help | Slightly Included |
Shape: help | Radiant |
Cut: | Radiant Cut |
Cutting style: | Faceted |
Enhancements: help | No Enhancement |
Origin: help | Madagascar |
Per carat price: help | $48 |
This one point six four carat transparent hessonite garnet from Madagascar is presented in a radiant shape with precise faceting and measurements of six point four zero by six point two zero by five point one two millimeters. The cutting style is faceted, executed as a radiant cut that combines a modified brilliant crown with a mixed pavilion, producing a balance between scintillation and depth of color. The gem displays vivid orange color intensity that remains consistent across the crown and pavilion, and it is graded as slightly included at eye level, with small internal features that do not dominate the visual presentation. The polish is excellent, indicating that the lapidary maintained clean facet junctions and a smooth final surface, while the symmetry of the radiant geometry preserves the octagonal outline and truncated corners that are characteristic of this cut. No enhancement has been applied, so the color and clarity are natural to the material, and the Madagascar origin contributes to the warm, saturated orange tones that collectors and designers prize. The Natural Gemstone Company presents this stone for clients seeking a naturally vivid hessonite with a sophisticated facet architecture.
Optical behavior and practical considerations are rooted in the stone s faceting and inclusion profile, the radiant cut here favors a moderately sized table and a crown height tuned to allow flash from the pavilion while maintaining color saturation. Slight inclusions observed at eye level provide a measure of internal character, they can contribute to a textured depth when the stone is viewed face up without materially impairing brilliance, and for customers who prefer absolute window free presentation we recommend viewing under consistent lighting prior to setting. From a setting perspective, the radiant s truncated corners benefit from a bezel or protective prong design that secures the corners and shields potential impact points, while an open gallery will maximize light ingress if the client seeks maximum brightness. The excellent polish means facet junctions will reflect sharply, and a competent mounting will preserve that crisp appearance. The natural stability of garnet species permits daily wear when set appropriately, and careful seat engineering will minimize stress on the slightly included zones during setting and repair work.
When designing a custom piece around this radiant hessonite, complementary gems and metal choices can either amplify its warm orange or create striking contrast. For a warm monochrome palette consider a halo or shoulders of small cognac diamonds, or calibrated yellow sapphires, which will reinforce the orange spectrum and create a luminous field around the table. For high contrast that emphasizes the orange hue, pair the hessonite with green stones such as tsavorite garnet or chrome diopside as accent stones placed in a cluster or channel to create a vivid complementary dynamic. White diamonds or near colorless melee set in a halo or as tapered side stones will isolate and intensify the central color, especially when set in platinum or white gold for a modern look. Alternatively, rose gold or warm eighteen karat yellow gold will harmonize with the stone s vivid orange, producing a vintage inspired warmth, and small pavé set accent stones can provide secondary scintillation without competing with the primary color. For bespoke commissions The Natural Gemstone Company recommends mockups that test table size and halo proportions, and we can provide CAD assisted renderings that illustrate how the radiant faceting interacts with adjacent stones, so that the final piece optimizes both structural security and optical performance.

























