Mexican Opal Sterling Silver Ring
A stunning, natural Mexican Opal with glittering rainbow colour play. Set in a beautiful Celtic style adjustable sterling silver ring, the gemstone measures approximately 15x10mm. Ring band is 2.5mm at narrowest point (rear). Height of the ring (length it will cover your finger) is approximately 22mm.
This stunning ring can cleverly span ring sizes N-T (UK) or 6¾- 9¾ (US) without compromising the design concept too much . Ring will be sent in a Two Skies tartan gift pouch or box, with Opals pamphlet, ready for gifting.
Please note that our photographer's hands are small, please check with a ruler if uncertain of scale. As setting adjustable rings can sometimes be a delicate procedure, we are happy to set the size for you before we sent it out to you - just let us know in the 'free gift card message' field or at checkout.
RESIZING ADJUSTABLE RINGS
It is quite easy to change the size of the ring yourself as long as you go slowly and are careful, manipulating the inner area of the band with warm fingers, rather than pulling at the end sections – this will help keep a round shape too. This ring will span quite a few sizes without compromising the original design concept. Once set, it is advisable not to resize again, as silver is quite soft and can become brittle and snap if bent too frequently.
Mined in the town of Tequila, this opal formed inside gas bubbles of the host rock Rhyolite. Adam went to the mines in 2013 and worked alongside the miners there. Mining this opal is hard work, mostly done using hand tools. When there is no opal to be found, the miners harvest the native agave cactus to distill into the drink tequila . The gems form in small ancient gas pockets in the host rock, which is pretty hard stuff. As with a lot of opal, you have to shift large amounts of stone and dirt to get to the gem material and this is mostly done by hand (unless you can get hold of some homemade explosives!) Because the opal cannot usually be completely separated from the Rhyolite it is ‘inclusion-heavy’.
