New Arrivals

Product Type:  Spinel
Size: Various - see below for measurements of each stone
Shape: Oval Cut
Color:  Purple Pink
Clarity:  Clean
Origin: Myanmar (Burma)

The dimensions of each spinel are as follows:

A - 7.0x6.1mm | 1.1ct
B - 6.9x6.0mm | 1.5ct
C - 7.0x5.7mm | 1.1ct

Spinel comes in a variety of colors, ranging from vivid reds and pinks to blues, purples, oranges, and even black.  It is a durable gemstone with a hardness of 8 on the Mohs scale making it suitable for everyday wear in jewelry.

Spinels are believed to enhance energy, promote vitality, and offer protection. Some also associate spinel with love and compassion.

Product Type: Amethyst
Approx Weight (per piece): 2.5ct
Size: 9mm
Shape: Round Cut
Color: Purple
Clarity: SI (Slightly Included) 
Origin: Brazil

Amethyst is a purple variety of quartz, which is a mineral composed of silicon and oxygen. It is one of the most popular gemstones due to its beautiful color.  Amethyst ranges in color from light purple to deep violet. The color is caused by impurities of iron within the quartz crystal.  Amethyst can be found in various locations around the world, including Brazil, Uruguay, Russia, Zambia, and the United States.

Amethyst is believed to enhance spiritual awareness, ward off negative energies, promote balance and relaxation, and improve intuitive and psychic abilities. Amethyst is also thought to enhance mental clarity and focus.

Product Type: Labradorite
Approx Weight (per piece): 3.5ct
Size: 9.8mm
Shape: Round Cut - Faceted on both sides
Color: Gray with Rainbow Luster
Clarity: Transparent
Origin:  Africa

Labradorite is an unusual mineral. It can display a beautiful iridescent play of colors, caused by internal fractures in the mineral that reflect light back and forth, dispersing it into different colors. This effect, known as labradorescence, gives Labradorite its appeal and fame.

Pseudomorphs are mineral specimens that have the external shape of one mineral but are composed of another.  The pseudomorph goethite after marcasite forms when marcasite is exposed to oxidizing conditions and starts to oxidize and break down. As the marcasite breaks down, goethite replaces it in the crystal structure, preserving the shape of the original marcasite crystal. The resulting specimen appears as a marcasite crystal, but is actually composed of goethite.

The Farafra Oasis, in the White Desert, has been known for a number of years to deliver incredible pseudomorph specimens. The pseudomorphs occur within the Cretaceous Khoman Chalk, from which the White Desert derives its name.

These specimens are remarkable for their relatively sharp marcasite crystal forms in aesthetic crystal clusters. They are in excellent condition.  This collector's specimen is unique, of great quality and ready for display.

Name: Goethite After Marcasite Pseudomorph
Specimen Size:  Cabinet-Sized
Dimensions:  62x36x32  mm / 2.4x1.4x1.2 inches
Weight: 72 grams / 2.5 ounces
Origin: Found in White Desert, Farafra Oasis, Egypt

This is a natural cluster formation of large calcite crystals with hematite inclusions. This piece has some white color to translucent crystals with areas of orange/red coloring from hematite inclusions, with sharp tabular crystal formations. There are some nicks and imperfections on a few crystals but would still shine in the proper setup.  Those don't take away from how interesting this piece is.  Would be a nice addition to any new or existing collection.

Name: Calcite with Hematite Crystal Cluster
Specimen Size:  Miniature-Sized
Dimensions: 45x47x49 mm / 1.8x1.8x1.9 inches
Weight:  66.8 Grams / 2.3 oz
Origin: Mined in Lane Quarry Westfield, Hampden Co., Massachusetts, USA

This is a great specimen of fluorescent zircon crystals from Kipawa, Quebec, Canada. The specimen is made up of about four sharp well formed inter grown zircon crystals. They fluoresce a pollen yellow under UV light and are in excellent condition. 

Name: Zircon Crystal
Specimen Size:  Thumbnail-Sized
Dimensions: 20x16x20 mm  / 0.8x0.6x0.8 inches
Weight: 12.49 grams / 0.4 oz
Origin: Kipawa Alkaline Complex, Les Lacs-du-Témiscamingue, Abitibi-Témiscamingue, Québec, Canada

This is a fabulous Ghubara meteorite end cut from the Michael Cottingham Collection, weighing 36.12 grams and measuring 56x30x14 mm.  It was found in Oman, Southern Arabia in 1954 and is classified as an L5 Stony Black Chondrite.

This piece displays extremely well with a high gloss finish and would be a beautiful addition to any new or existing collection. Comes with a Michael Cottingham Collection and a Canagem Collection specimen card.

This is a superb looking part end cut of a Dhofar 321 classified meteorite weighing 25.6 grams. Its dimensions are 32x30x18 mm. This H4 classified meteorite was found in Zufar, Oman in 2001. The total weight of the single piece recovered is recorded as a low 594 grams and the meteorite has a shock stage of 2 and weathering grade of 3.

Classified H4 chondrite meteorite are characterized by abundant chondrules, and have been metamorphosed under conditions sufficient to homogenize olivine compositions and recrystallize fine-grained matrix.

This piece displays extremely well because of its beautifully and professionally polished to show the multiple chondrules. Would be a beautiful addition to any new or existing collection. Comes with a Canagem Collection specimen card.

This is a superb looking Spade meteorite part slice weighing 0.8 gram. This H6 chondrite classified meteorite was found in 2000 and has a total weight of 8.86 Kg.

This single mass of 8.86 kg was found in a grass field by Mr. J. Talbert while farming. The classification and mineralogy performed by R. Jones, UNM and A. Rubin, UCLA, determined it to be an annealed impact melt rock. It has a shock stage of S2 and a moderate weathering grade of W2.

Would be a beautiful addition to any new or existing collection.  Will come with a Canagem Collection specimen card.

This is a superb and rare specimen of the attractive, orange-red Santa Catharina classified meteorite weighing 9.02 grams.  It measures 27x19x13 mm.  This Iron IAB-ung classified meteorite was discovered in 1875 by Goncalves da Rosa on the island of São Francisco in Brazil.

The meteorite is estimated to have collided with Earth about 70-110 million years ago, creating a 12-kilometer crater in the area of Varejao in present-day Santa Catharina. Approximately 7 tons of this material has been recovered.  

The Iron IAB-ung is an association of iron meteorites, including the former groups IAB and IIICD. The new term "IAB complex" includes a variety of newly defined groups, including the "IAB main group", grouplets, and ungrouped meteorites.

This difficult to find specimen would be a beautiful addition to any new or existing collection. Comes with a Naturalia and a Canagem collection specimen cards.