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Trapiche sapphire is a rare variety of sapphire known for their unique six-rayed star pattern. Trapiche sapphires have a distinctive six-po
Trapiche sapphire is a rare variety of sapphire known for their unique six-rayed star pattern. Trapiche sapphires have a distinctive six-pointed star-like pattern radiating from the center of the stone. Read more here:
Daiana Alice - Trapiche
Gold, emerald, and diamond 'Bloom' earrings, Coomi (at 1stdibs)
That's ok and you fuse Apatite with any of your other gemsona's
Apatite and Trapiche look goofy together
Have you met any other gems besides you three that you’ve become friends with?
"Trapiche Tourmaline per example. They have a boyfriend none of us like, and then, their fusion. Trapiche is the only good one here"
😍💕 A closer look at this beautiful trapiche-style zoned ruby, surrounded by fuchsite mica rind. NFS, but I just had to share it with you! 💕 #macro #macrophotography #ruby #zone #inthezone #fuchsite #trapiche #asterism #naturelovers #astarisborn #india #rocks #minerals #crystals #crystallovers #naturalbeauty #julybirthstone #starruby #rubylovers #crystalcommunity #boho #hippie #mineralspecimens #rocksandminerals #phenomenalgems #nfs #sharingiscaring #etsy #etsyshop #etsycrystals https://www.instagram.com/p/B0Ja6neHF53/?igshid=2eonlclozkhq
Trapiche Sapphire
Most trapiche stones are Colombian emeralds (see http://on.fb.me/1GHHKnQ), though other minerals such as iolite (aka cordierite, or in this incarnation cherry blossom stone, see http://on.fb.me/1RJiJsF) also crystallise in this unusual configuration. Corundum (both sapphire and ruby) also produces the occasional specimen like this lovely hundred carat beauty from Burma seen here (measuring 35.47 x 31.89 x 6.70mm). As you can observe, the crystal has grown in a radial manner around an older grey corundum core, with the iron and titanium that pass an electron back and forth to create the blue colour being selectively distributed and separated by bands of colourless to light yellowish corundum.
These stones are not to be confused with star sapphires or rubies (see http://on.fb.me/1PCk2bTand http://on.fb.me/1EoGpBi), which are due to light being reflected off fine needle shaped inclusions in the stone, also orientated following the mineral's hexagonal crystal structure. Whether caused by inclusions or colour zoning, these stones reveal well how crystals grow and the invisible rules of their formation that causes atoms to organise themselves in regular repeating lattices. Water crystals grow in this system too, and the diverse shapes of snowflakes are another example of this crystalline structure revealed.
Loz
Image credit: Bonhams No automatic alt text available.
