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TRENDING PRODUCTS
TWO OPAL TECHNOLOGIES. ONE STANDARD OF QUALITY.
Both materials deliver real play-of-color through engineered silica structures. The difference is how that structure behaves in use.
| Astral Opal™ | Nebula Opal™ | |
|---|---|---|
| Classification | Synthetic Opal (Lab-Grown) | Lab-Crafted™ Imitation Opal |
| Internal Structure | Ordered silica lattice, polymer stabilized | Colloidal silica suspended in polymer resin |
| Visual Pattern | Directional, columnar / striped | Non-directional, marbled / swirling |
| Consistency Between Pieces | Highly consistent and repeatable | Visually unique from piece to piece |
| Hardness (Mohs) | 4 | 2 |
| Durability & Stability | Excellent resistance to cracking, crazing, and temperature shock | Excellent chemical stability and impact resistance |
| Best Applications | Beads, components, rings, inlay, production jewelry | Statement jewelry, artistic work, decorative inlay |
| Rough Form Factor | Irregular, organic rough pieces | Rectangular lab-cast blocks |
| Availability | Over 90 colors available | Over 45 colors in stock |
HOW OUR OPAL IS MADE
Our opals are created in controlled laboratory environments designed for consistency, stability, and repeatable optical performance.
Silica Engineering
Ultra-pure microscopic silica spheres are produced within a tightly controlled size range that determines color and optical behavior.
Structural Formation
The silica spheres are arranged through controlled processes into either an ordered lattice or a stabilized suspension.
Polymer Stabilization
Water is fully replaced with a stabilizing polymer that permanently locks the structure in place and prevents cracking or crazing.
Finishing
The finished material is cut, shaped, or processed into rough, beads, cabochons, or inlay material ready for fabrication.