Taaffeite Color Change 0.52 CTS Extremely Rare -NATURAL SRI LANKA LOOSE GEMSTONE
| Product Code: | 21410 |
| Availability: | In Stock |
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$740.00
| Carats | 0.52 |
| Size | 8.25 x 3.63 mm |
| Color | Brown |
| Clarity | INC |
| Shape | Pear |
| Treatment | None |
| Origin | Sri Lanka |
| Location | Colombo, Sri Lanka |
| Price | $ 740.00 |
100% Natural - Not treated in any way.
Rare Collectors Gem
Suitable for Museums,Institutions and Students of Gemology.
Clean Gems are rare.
Large Sizes are Extremely Rare!
Among the Rarest of gemstones.
Refractive Index: 1.726 – 1.733
Hardness: 8
Chemical Composition: Mg3Al8BeO16
Density: 3.60 - 3.61
Crystal Group: Hexagonal
Taaffeite comes in mauve, purple pink, and red. Reds are extremely rare. If you collect all the faceted gems in the world you would get less than a handful -a thousand times rarer than Diamond. We have come across a couple of Star stones, and color-change stones, which are extremely rare – just a few - less than ten specimens documented so far. Among the ten rarest gems in the world! Named after Bohemian Edward Taaffe who discovered the first Taaffiete from a box of Sri Lankan spinels in 1945. The stone displayed a double refraction which was uncharacteristic of Spinel.
Rare Collectors Gem
Suitable for Museums,Institutions and Students of Gemology.
Clean Gems are rare.
Large Sizes are Extremely Rare!
Among the Rarest of gemstones.
Refractive Index: 1.726 – 1.733
Hardness: 8
Chemical Composition: Mg3Al8BeO16
Density: 3.60 - 3.61
Crystal Group: Hexagonal
Taaffeite comes in mauve, purple pink, and red. Reds are extremely rare. If you collect all the faceted gems in the world you would get less than a handful -a thousand times rarer than Diamond. We have come across a couple of Star stones, and color-change stones, which are extremely rare – just a few - less than ten specimens documented so far. Among the ten rarest gems in the world! Named after Bohemian Edward Taaffe who discovered the first Taaffiete from a box of Sri Lankan spinels in 1945. The stone displayed a double refraction which was uncharacteristic of Spinel.
