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Conglomerate Fossil Bedrock Fluorescent. Not often seen as a fluorescent specimen for study, this Bedrock section contains a large amount of small Fossils. I can see bits of Shell and other creatures forming part of a Seabed of long ago. A great piece of study rock with a magnifying glass and good light.
Location:
Queensland, Australia.
Dimensions:
12.7cm x 9.5cm x 5.1cm, 6047g.
Conglomerate Fossil Bedrock Fluorescent. Not often seen as a fluorescent specimen for study, this Bedrock section contains a large amount of small Fossils. I can see bits of Shell and other creatures forming part of a Seabed of long ago. A great piece of study rock with a magnifying glass and good light.
Location:
Queensland, Australia.
Dimensions:
12.7cm x 9.5cm x 5.1cm, 647g.
| Weight | 800 g |
|---|---|
| Dimensions | 18 × 12 × 8 cm |
Conglomerate Fossil Bedrock Fluorescent. Not often seen as a fluorescent specimen for study, this Bedrock section contains a large amount of small Fossils. I can see bits of Shell and other creatures forming part of a Seabed of long ago. A great piece of study rock with a magnifying glass and good light.
Location:
Queensland, Australia.
Dimensions:
12.7cm x 9.5cm x 5.1cm, 6047g.
This crystal is a beautiful natural Red Ruby Specimen 7 in white matrix. Great deep colour and an excellent specimen with natural crystal formation from this location. Under magnification with a 10x there are many interesting inclusions on the matrix including metals like Pyrite. One of the pics taken under long wave UVA light showing extreme fluorescence. Just one of the interesting features of this mineral.
Location:
Hunza Valley, Pakistan.
Dimensions:
4.9cm x 3.9cm x 3.9cm, 95g.
Main Crystal: 6mm long.
Ruby’s are Red and all other Corundum are Sapphires. The name is from Sanskrit “kuruvinda” meaning Ruby. A rare sapphire is a Padparadscha which is a pinky peach colour, found in Sri Lanka. Ruby is the second hardest natural mineral. The Element Chromium is what causes the Red colour in Ruby. The best shade of red for a Ruby is Pigeon Blood Red. Ruby can be any shade of red up to almost pink. They are the most amazing Gemstone and in my mind way better than Blood Diamonds.
An unusual mineral covered in baby blue botryoidal crystals Fluorescent Gibbsite Specimen. Gibbsite contains Aluminium and fluoresces under short wave UV light. The specimens from this mine in particular are different in appearance to those from other locales. They are very collectible. Surprisingly light to hold. These Specimens Fluoresce under Shortwave UVC light.
Location:
Wehshan, Yunan, China
Dimensions:
27cm x 26cm x 1.2cm, 4.6g
An unusual mineral covered in baby blue botryoidal crystals Fluorescent Gibbsite Specimen. Gibbsite contains Aluminium and fluoresces under short wave UV light. The specimens from this mine in particular are different in appearance to those from other locales. They are very collectible. Surprisingly light to hold. These Specimens Fluoresce under Shortwave UVC light.
Location:
Wehshan, Yunan, China
Dimensions:
3.1cm x 1.8cm x 0.8cm, 3.1g.
This crystal is a beautiful natural Red Ruby Specimen 2 in white matrix. Great deep colour and an excellent specimen with natural crystal formation from this location. Under magnification with a 10x there are many interesting inclusions on the matrix including metals like Pyrite. One of the pics taken under long wave UVA light showing extreme fluorescence. Just one of the interesting features of this mineral.
Location:
Hunza Valley, Pakistan.
Dimensions:
5.7cm x 2.7cm x 4.6cm, 87g.
Main Crystal: 8mm long.
Ruby’s are Red and all other Corundum are Sapphires. The name is from Sanskrit “kuruvinda” meaning Ruby. A rare sapphire is a Padparadscha which is a pinky peach colour, found in Sri Lanka. Ruby is the second hardest natural mineral. The Element Chromium is what causes the Red colour in Ruby. The best shade of red for a Ruby is Pigeon Blood Red. Ruby can be any shade of red up to almost pink. They are the most amazing Gemstone and in my mind way better than Blood Diamonds.
