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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.

Product Type: 925 Sterling Silver Pendant (20" cord included)
Gem Type: Labradorite
Metal Type: 925 stamped Silver
Weight: Silver and Gem 17.7 grams 
Size: 55x28 mm (including bail)  /  Bail Length:  6.5 mm

Product Type: Silver Ring
Gem Type: Turquoise 
Metal Type: 925 Silver
Weight: Silver Gemstone 12 grams
Size: Ring Size 7 

Lapis lazuli is a vivid blue metamorphic rock and a gemstone that has been prized for its intense color and historical significance for thousands of years.  It's composed of lazurite (for the blue color), calcite, sodalite, and pyrite. It is the presence of pyrite that causes the gold-colored flecks or veins in the stone.  Lapis lazuli has a moderate hardness, typically ranging from 5 to 5.5 on the Mohs scale.  High-quality lapis lazuli has been historically sourced from mines in Afghanistan; however, other deposits are found in countries such as Russia, Chile, Italy, and the United States.

Lapis lazuli has been used for various purposes throughout history. It has been highly prized for ornamental and decorative purposes, including as a gemstone in jewelry and art. The ancient Egyptians used lapis lazuli in the creation of jewelry, amulets, and cosmetics. The pigment ultramarine, derived from lapis lazuli, was highly valued by Renaissance painters.

Lapis lazuli is believed to promote self-awareness and mental clarity.

Product Type: 925 Sterling Silver Pendant (20" cord included)
Gem Type: Lapis Lazuli
Metal Type: 925 stamped Silver
Weight: Silver and Gem 11.6 grams 
Size: Pendant:  37.5x23 mm (including top ring)  /  Bail Length:  9 mm

This is an attractive specimen of calcite crystals from the Wessels Mine, Kuruman, South Africa.  The entire top surface of the specimen is covered with many sharp well formed calcite crystals. Some are a frosted snow white ball shape which sit amongst a sharper sparkly druzy calcite. It is in excellent condition.

Calcite is found throughout the world in sedimentary, metamorphic, and igneous rocks. Some geologists consider it to be a "ubiquitous mineral" - one that is found everywhere. Calcite is the principal constituent of limestone and marble.

Name: Calcite Crystal
Specimen Size:  Cabinet-Sized
Dimensions:  61x50x35 mm/ 2.4x2.0x1.4 inches 
Weight: 96.82 Grams / 3.4 Ounces 
Origin: Mined in Wessels Mine, Kuruman, South Africa 

This is an incredible Korra Korrabes meteorite end cut of 15 grams, it measures 33x33x10 mm. This gorgeous classified meteorite is an H3 Chondrite and part of a 22 kg stone plus 11 smaller pieces totaling ~18 kg that were found November 1996 in a dry river bed by a farmer who was searching for Gibeon irons.

People searching with metal detectors recovered hundreds of additional buried, more weathered pieces within 50 m of the original material since 2000 November, bringing the total mass to ~120–130 kg. The largest specimen was used in a garden wall until August 2000.

This amazing piece was professionally prepared and would be a beautiful addition to any new or existing collection. Comes with a Canagem Collection specimen card.

This is a great looking Northwest Africa 2949 basaltic eucrite classified meteorite end cut weighing 10.8 grams. Its dimensions are 33x30x9 mm. 

This basaltic achondrite eucrite classified meteorite was found in the Sahara Desert in 2005 and is 1 of 616 approved meteorites classified as such. The total weight of the 5 recovered pieces is recorded as a low 1365 grams.

This piece displays extremely well, it is a nice size with a beautiful crusted exterior, and shows multiple characteristics of the type of material, it exhibits excellent clasts within the matrix. The matrix is a fine grain containing shocked eucritic inclusions. Beautiful grey matrix with nice clear inclusions.   The three groups collectively known as HED meteorites (howardites, eucrites and diogenites) may come from asteroid 4 Vesta.

The specimen comes with a Canagem specimen card. Would be a beautiful addition to any new or existing collection.

Product Type: Sapphire
Approx Weight (per piece): 2.1ct 
Size: 10.5x7.3mm
Shape: Marquise Cut
Color: Pink 
Clarity:  Included
Origin:  Africa

Product Type: Sapphire
Approx Weight (per piece): 0.92ct
Size: 6.5x4mm
Shape: Oval Cut
Color: Golden
Clarity: SI (Slightly Included)
Origin:  Africa

Here we have for you a nice looking end cut of a Sahara Desert NWA unclassified meteorite weighing 110.2 grams. Its dimensions are 56x34x23mm. This never classified North West Africa stone was found in the Sahara desert around 2000.

It's a good quality individual cut 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.

This is a 7.8 gram Impact Melt Rock from the Dhala Impact Structure, India. It measures 39x26x5 mm.  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.

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 beautiful Impact melt rock comes from the 11 km-diameter highly eroded Dhala impact structure in India. The Dhala structure has an estimated age of about 2Ga (2,000 Ma), making it the third oldest terrestrial impact structure.

This gorgeous slice displays very well.  Would be a beautiful addition to any new or existing collection. Comes with a Canagem Collection specimen card.

This is a rare and fantastic 8 gram Libyan Desert Glass from Kuffra, Libya, with dimensions of 32x22x15 mm. 

Although its exact origin is still debated, the leading theory suggests it was formed by a high-energy event, such as a meteoric impact or airburst, that melted the desert sand directly where it lay, without being ejected into the atmosphere and re-entering. This results in different physical characteristics compared to tektites​. Libyan Desert Glass is found specifically in the Great Sand Sea of the Eastern Sahara, within a more localized area spanning parts of western Egypt and eastern Libya.