Up to $150

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.  They 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:  Cabinet-Sized
Dimensions: 95x81x45 mm / 3.7x3.2x1.8 inches 
Weight: 267.8 Grams / 9.4 oz 
Origin: Mined in Lane Quarry, Westfield, Hampden Co., Massachusetts, USA

This specimen of Vesuvianite was collected in the now closed Jeffery Mine, Asbestos, Québec, Canada. The specimen is made up of a combination of green and mauve vesuvianite crystals also named violet manganoan vesuvianite. It is in good condition. A great addition to any collection!

Vesuvianite was first discovered on Mount Vesuvius in Italy in the 18th century, hence its name. It typically occurs as a green, brown, yellow, or blue-green crystal, and is often found in metamorphic and igneous rocks. The alternate name, Idocrase, is from the Greek eidos “form”, and krasis “mixture”, because Vesuvianite often appears to combine the crystal forms of other minerals. It is used as a gemstone.

Name: Vesuvianite Crystal 
Specimen Size:  Miniature-Sized
Dimensions: 41x18x14 mm / 1.6x0.7x0.5 inches 
Weight: 14.8 grams /  0.5 ounces
Origin: Mined in Jeffery Mine, Asbestos, Québec, Canada

An outstanding Bixbyite crystal from Topaz Mountain, Thomas Range, Utah.  This crystal has a mirror-like luster and is a good size specimen. A great example of Bixbyite with a single black cube exhibiting trioctahedral corners, a mirror-like metallic luster.  It has no damage, making this a fine specimen.

Product Type:  Bixbyite Crystal  
Specimen Size:   Thumbnail-Sized
Dimensions:  Specimen: 8x7x6 mm
                       Box:  33x33x35
Weight: 9.7 gr / 0.3 oz (including box)
Origin: Mined at Thomas Range, Juab County, Utah USA

This is an excellent specimen from the world renowned location that is Mount-Saint Hilaire. This beautiful crystal would be a great addition to any new or existing collection.

Name: Rhodochrosite 
Specimen Size:  Thumbnail-Sized  
Dimensions:   Specimen 14x9x7 mm 
                        Box 33x33
Weight:      2.5 Grams / 12.7ct
Origin: Mined in Poudrette Quarry, Mont-Saint-Hilaire, Québec, Canada

Here we have for you a nice looking individual fragment of a Sahara Desert NWA unclassified meteorite weighing 121.6 grams. Its dimensions are 71x42x32 mm. This never classified North West Africa stone was found in the Sahara desert around 2000.

It's a good quality individual fragment NWA meteorite specimen. Some weathering shows the meteorite's time spent aging in the desert. Would be a beautiful addition to any new or existing collection. Comes with a Canagem Collection specimen card.

Quartz crystals are among the most abundant and well-known minerals on Earth. It belongs to the hexagonal crystal system, and typically forms six-sided prismatic crystals with a pointed termination. Its crystals can be colorless or exhibit a wide range of colors. The color variations are often due to the presence of impurities or trace elements during the crystal's formation. Quartz is transparent to translucent.

Quartz from this quarry is known as the best of its kind. These specimens have a unique brightness and surface sparkle preferred by collectors around the world.  The crystals are intergrown with many others in jackstraw groups which are not attached to matrix: giving you an unlikely-looking floater specimen. The specimen is in very good condition.

Name: Solution Quartz 
Specimen Size:  Cabinet-Sized
Dimensions:   63x53x35 mm / 2.5x2.1x1.4 inches 
Weight: 69.4 Grams / 2.4 Ounces 
Origin:  Jeffrey Quarry, North Little Rock, Arkansas, USA

Name:  Titanite var. Sphene
Specimen Size:  Thumbnail-Sized  
Dimensions:   Specimen 28x14 mm / 1.1x0.5    inches  
                        Specimen Box 33x33 mm / 1.3x1.3 inches  
Weight:  20.9 Grams / 0.7 Ounces (including box)  
Origin: Mined in Faraday Twp, Bancroft, Ontario, Canada

This is a must have 40.8 gram Impact Breccia, also referred to as Suevite, from the famous Rochechouart impact structure in South Western France, near the village of Chassenon.  Although not a meteorite, impactites are directly linked to them and their impacts and are probably going to be one of the rarest collection items you'll ever own. Impactite is a slag-like glassy object found on the surface of the earth, formed from rock melted by the impact of a meteorite.

Named after the town of Rochechouart, the Rochechouart impact structure is located on the western margin of the French Massif Central near the city of Limoges, approximately 350 km (220 mi) south of Paris. Rochechouart (population about 3800) is built with rocks created or modified by the impact (impactites). Chassenon, a third of the size of Rochechouart, is also built of impactites. Impactite was used 2000 years ago for building Chassenon's monumental Roman baths of Cassinomagus.

The very fine materials (impactoclastites) are preserved forming a very fine layered horizontal deposits on top of the melt rich suevite (breccia with a debris matrix and both rock debris and melt fragments as clasts) near Chassenon.

The term impactite encompasses shock-metamorphosed target rocks, melts or suevites and mixtures of the two, as well as sedimentary rocks with significant impact-derived components and shocked mineral grains, tektites, anomalous geochemical signatures, etc. This impactite was formed 186 million years ago.   This deformed rock fragments and partly molten are imbedded in a melt matrix showing typical flow structures from former melt.

This gorgeous end cut displays very well with a mass of 50x46x18 mm. Would be a beautiful addition to any new or existing collection. Comes with a Canagem Collection specimen card.

This is a superb whole specimen of the famous Northwest Africa 2965 meteorite weighing 20.6 grams. This is a beautiful specimen from the Thomas Phillips Meteorite Collection.

Its dimensions are 34x20x20 mm. This North West Africa was classified originally as an Enstatite EL6/7, then later as an EL3 and finally an EL-Melt Rock meteorite which was found along with the rest of the total mass of more than 100 Kilograms in the Algerian Desert in August 2005.  This is one of the oldest meteorites on our planet in terms of terrestrial age and has been referred to as a fossil meteorite. 

This Enstatite chondrite shock Level is minimal and weathering varies from 2 to 5. This piece displays extremely well and if cut would show a completely recrystallized enstatite chondrite with polygonal to irregular grain outlines. The grain size varies from 0.02 to 0.7 mm. Round, curved, blocky objects contain coarser-grained orthopyroxene than in the matrix. No relict chondrules were observed.

This hard to acquire piece displays very well with its prehistoric look.  This rare and quality specimen would make an amazing addition to any new or existing collection. Comes with specimen card.

Here we have for you a superb looking Dhofar 020 classified meteorite weighing 17.15 grams. Its dimensions are 31x19x20 mm.  Found 10 March 2000 in Dhofar, Oman, in the Arabian Peninsula this H4/5 classified chondrite has a TKW of 256 Kg with a shock stage of S4 and weathering grade of W3 by the Russian Academy of Sciences, USSR.

Dhofar 020 is an ordinary stone chondrite meteorite. The meteorite is high in free metal and therefore falls in the H class. S4 tells it is highly shocked. Slices of the meteorite, show veins of the cosmic impact created mineral Ringwoodite, although fractures in the stone tend to hide this some. It almost appears to me to have splinted upon impact. The meteorite falls in 4-5 petrology class, a reference to how metamorphed the meteorite is from its original state. This is judged by studying a thin section of the meteorite, most visually at the chondrules, a feature unique to stone meteorite. In a thin section under polarized light, pyroxene chondrules seem more common then their olivine pair. Still some regions in the meteorite show scattered patches of bright olivine inclusions. These are fairly rare, at least on my thin section, and most of the meteorite's olivine and pyroxene, some of the easier things to see in a thin section, appear to have went through a metamorphism, and have "melted" into the matrix and are at times undistinguishable.

This piece displays extremely well, it has a beautiful crust and is a good size. Would be a beautiful addition to any new or existing collection. Comes with a Michael Farmer Meteorites and a Canagem Collection specimen card.