Fuchsia Astral Opal™ Rough

Embrace vibrant floral energy with Fuchsia Astral Opal™ Rough. This expressive lab-grown opal draws inspiration from the vivid fuchsia flower, featuring a rich pink and purple base illuminated by brilliant flashes of red, orange, and rainbow fire. Designed for makers who want saturated color with dependable performance, this Astral Opal™ rough slab delivers striking results for professional lapidary and jewelry making supplies without the instability of natural opal. Product Specifications Material Astral Opal™ (Lab-Grown Opal, 80% Silica, 20% Polymer) Color Play Primary: Fuchsia (Pink & Purple) | Fire: Red, Orange & Rainbow Form Rough Slab / Stone Dimensions & Weight See individual images for approximate dimensions and weight Hardness 4 on the Mohs scale Heat Resistance Up to 250°F / 120°C Why Choose Our Opal Rough? Floral-Inspired Fire & Color: Grown to produce a lively blend of red, orange, and rainbow fire over a saturated pink and purple base. Astral Opal™ Stability: Our proprietary Astral Opal™ formulation is guaranteed not to crack, craze, or yellow over time. Consistent Quality: The controlled, year-long growth process ensures predictable cutting behavior with uniquely vibrant color patterns. Creative Applications Lapidary Cutting: Shape into cabochons, freeforms, or matched stones for floral, romantic, or statement jewelry. Inlay Work: Add bold pink and fiery accents to wood, resin, or metal inlays. Wire Wrapping: Ideal for elegant wire-wrapped designs that highlight rich color and movement. Craft & Design: Perfect for knives, pens, instruments, and decorative art requiring vibrant, botanical-inspired color. Please Note: Our lab-grown opals can withstand heat up to approximately 250°F; avoid exposing them to high heat. Color and pattern vary from piece to piece due to the layered growth process. Photos are taken with a liquid medium to reveal color; the piece you receive will be a rough cut and may not appear polished or glossy. Opal appearance may shift depending on lighting conditions.