Skip to product information
1 of 3

Raw Ethiopian Crystal Opal Stone | Fancy Shape Natural Gemstone Opal (32x16x13)

Raw Ethiopian Crystal Opal Stone | Fancy Shape Natural Gemstone Opal (32x16x13)

Regular price $112.00
Regular price $140.00 Sale price $112.00
Sold out
Shipping calculated at checkout.
  • 100% Natural & Lab Certified
  • Secure & Easy Checkout
  • Worldwide Free Shipping
  • Premium Jewelry Box Included
  • Tracked Delivery in 2–7 Business Days
  • Easy 30-Day Return on Loose Gemstones

Product Details

weight(ct) 18 Ct.
Stone Name Ethiopian Opal
Stone Color White
Shape Fancy
stone size 32X16X13 mm
transparency Fire Play

Shipping & Returns

• Worldwide shipping available
• Easy 30-day return
• Secure & Trackable delivery

View full product details

Product Overview

This 18 Ct Ethiopian Crystal Opal Stone showcases a stunning fancy-shaped cut measuring 32x16x13 mm. Known for its intense color dynamics and natural brilliance, this gemstone delivers exceptional fire play that shifts beautifully with movement. Its size and clarity make it an excellent choice for premium jewelry designs and gemstone displays.

Crafted from genuine Ethiopian opal, this collector-grade piece features a bright base tone with vibrant, multi-color flashes. Whether you're a jewelry designer, gemstone enthusiast, or high-end collector, this opal adds rare beauty, sophistication, and luminous character to any custom project or curated collection.

What defines Ethiopian Opal?

Unlike other milky surfaces like Opals, the Crystal Ethiopian Opal allows the light to pass through it more flawlessly creating a very stunning, layered, three dimensional fire effect. The transparency makes color contrast more visually attractive and gives the gemstone a more dramatic and premium appearance. 

The high quality Ethiopian Opal with large carat weight and size makes them highly valuable because of their rarity and natural beauty. Most people and gemstone collectors find these gemstone as their perfect pick because of its uniqueness, visual complexity, and its potential to appreciate over time