Tiny Moondust Necklace 925. Sterling Silver

Love you to the moon & Back... Literally, give the gift of the moon!

“Why all of the fuss, aren’t we just talking about a rock?”

The answer is simple, “A diamond is also just a rock but nowhere near as rare, complex or scientifically important as a rock from our nearest celestial neighbour, the Moon.”

• Genuine Lunar Meteorite Moon Dust necklace

• A Genuine piece of the Lunar Meteorite NWA 5000

• UK Grade Sterling Silver necklace with hand-blown Lunar Dust Stone. Our Moon Dust is not loose in the pendant. It is blown into the pendant stone so you will never lose it.

• Pendant size 5mm

• UK Grade 925. Sterling Silver

• Every Moon Dust piece comes with a certificate of Authenticity including the genuine holographic stamp with your unique authenticity code.

• Necklace length: 18 inches
(Please contact us if you would like a different length chain)

All our Moon Dust pieces are made with 925 English grade Sterling Silver, we hand blow the Moon Dust into the setting.
Each piece will be completely unique as the moon dust will react to the glass differently. I think this makes each piece that extra bit special.

Please contact us if you would like to know any more about our Moon Dust range or if you have any questions about the authenticity of this piece.

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M O O N D U S T

All our moon dust is purchased from the International Meteorite Collectors Association (I.M.C.A.) director. The I.M.C.A. is a nonprofit corporation that adheres to the strictest standards of authenticity. The buyer has been a member of the I.M.C.A. since the beginning, his IMCA number is 2185, which can be referenced on the I.M.C.A. website at http://imca.cc/

How do we know it is a real piece of the Moon? The moon is constantly hit by meteorites itself and with no atmosphere and little gravity, larger impacts will eject lunar rocks into space. After this impact, this meteorite will eventually be brought down to Earth by the Earth's gravitational pull. Scientists and universities all around the world examine meteorites and compare them with a known lunar material, e.g. samples collected during the Apollo missions. The composition of gases and isotopes found is so unique that they can say for sure the material originated from the moon.