Multicolor Dendritic Opal Freeform – Honey Amber Core with Pistachio Green, Terracotta & Mossy Dendrites, 230g

DIMENSIONS & WEIGHT
• Width: 5 centimeters (1.97 inches)
• Height: 6 centimeters (2.36 inches)
• Depth: 5 centimeters (1.97 inches)
• Weight: 230 grams (0.51 lbs / 8.11 oz)

SPECIMEN DETAILS
Polished Merlinite / Multicolor Dendritic Opal Freeform – Single Anatolian Nodule Specimen Featuring a High-Gloss Mirror Finish, Translucent Honey-Amber Core, Pistachio Green & Olive Border Bands, Burnt Terracotta Cap, Snowy-White Host Matrix, and Fine Dark Manganese Dendrite Inclusions.

ABOUT THIS PIECE: "Prismatic Earth: Polished Multicolor Merlinite Freeform"
Face-polished to a high mirror gloss, this single Dendritic Opal freeform displays a vivid multi-toned color spectrum. A luminous, translucent honey-amber core is wrapped in smooth ribbons of pistachio and olive green, crowned by a rich burnt-orange terracotta patch. A crisp, snowy-white outer host matrix with delicate dark moss-like dendrites accents the colorful opal fields.

DISPLAY & DÉCOR USES
• Fine Mineral Collections: A compact cabinet specimen featuring rare multicolor zoning, high-shine display polish, and crisp matrix contrast.
• Interior Design & Styling: Ideal as a vibrant organic accent piece for executive desks, display cases, or mineral collection shelves.
• Photography & Art Muse: Warm amber-to-green color transitions, rich tonal layers, and natural host rock framing offer dynamic visual inspiration for designers, artists, and mineral connoisseurs.

YOU WILL RECEIVE
The exact single polished specimen shown in the photos and video.

Please feel free to reach out with any questions. Thank you for supporting our lapidary craft and small business!

All specimens are natural geological formations sold exclusively for home decor, interior display, visual appreciation, and mineral collecting purposes. This piece features a professionally polished display face with natural rough exterior margins and natural structural fissures typical of raw nodule formations.