Check out the "Stalactitic" Beryl with Orthoclase & Quartz, Galena with Calcite, Fluorite & Calcite on Quartz, Wulfenite, Spessartine Garnets, Scheelite & Beryl on Muscovite, Quartz Crystal Cluster with Ajoite Inclusions, Smithsonite, Calcite Included with Hematite, Pyrite on Quartz, Cobaltian Calcite, Hemimorphite and Conichalcite on Limonite, Pyrite & Galena, Copper Crystal, Calcite on Dolomite with Pyrite, Fluorite Crystals on Quartz Drusy, Gypsum, Strontianite on Calcite, Malachite, Creedite Crystal Cluster, Galena and Sphalerite, Phlogopite (Mica) in Calcite, Hemimorphite on Matrix and Pyrite & Quartz on Sphalerite mineral specimens on this page.
Hummingbird Minerals.com
Rocks and Minerals. Rock, Mineral and Crystal Specimens.
Mineral Dealer specializing in cabinet size fine minerals
Very aesthetic and unusual Beryl growth, resembling a stalactite (but possibly not a true stalactite). One can see a normal hexagonal Beryl crystal, below a complex multi- crystalline growth of Beryl. The Berlys sit on off-white lustrous Orthoclase crystals. And the specimen is adorned with super gemmy Quartz crystals.
An excellent combination of Galena and Calcite from the famous mines at Zacatecas mines. Some of the faces of the brilliant, steel gray Galena crystals have a strangly melted and etched appearance.
An interestingly weird looking specimen of sharp, pretty lavender Fluorite crystals (to 2.5 cm) on a matrix of strange looking, etched Calcite formations. This is from a new find at the famous San Antonio Mine at santa Eulalia.
Beautiful tabular blood red Wulfenite crystals on matrix from the relatively new finds in China, which seem to have dried up.
Numerous gemmy, dark honey colored Spessartine Garnets richly cover this specimen. Presentable from both sides.
Very nice combination of golden colored Scheelite crystals with gemmy tabular crystals of Beryl on Muscovite. The upper left Scheelite crystal is very gemmy and pristine. The specimen has four Scheelite crystals up to 1.5 x 1.5 cm and five Beryl crystals up to 1 x 1.5 cm.
Beautiful cluster of Quartz crystals with terminations richly included with rare Ajoite.
Pretty specimen of botryoidal lavender Smithsonite.
Smithsonite is named for James Smithson, the founder of the Smithsonian Institution.
Nice, good size plate of Calcite crystals with light chocolate brown color due to presence of Hematite.
Quartz cluster with smaller groupings of silvery Pyrite cubes.
Attractive plate of beautiful pink crystals of Cobaltian Calcite.
Numerous clear, glassy Hemimorphite crystals, in burst-like formations, with underlying grass green Conichalcite on Limonite matrix.
Nice specimen of golden Pyrite cubes and gray Galena crystals from the well known Boldut Mine.
Neat crystal of Copper from the Itauz Mine.
Wonderful contrast of lustrous Calcite rhombs on tan colored Dolomite with sprinkles of Pyrite and a lone Stibnite crystal in the center.
Pretty light lavender Fluorite crystals with purple phantoms on Quartz Drusy.
Alluring cluster of very clear, light green Fluorite crystals.
Aesthetic cluster of clear, glassy Gypsum crystals.
Four radiating clusters (up to 2x2 cm) of acicular like crystals of rare Strontianite on Calcite...
Nice plate of botryoidal Malachite.
Very eye catching orange ball shaped cluster of Creedite crystals.
Very good specimen of blocky Galena crystals with complex surfaces on Sphalerite and with some minor Quartz.
Super lustrous lamellar like, hexagonal plates of Phogopite, a rarer form of Mica, (up to 4x3.5 cm) on Calcite.
Beautiful pale blue botryoidal crystals of Hemimorphite (up to 1cm diam.) in a vuggy like matrix.
Nice example of Pyrite, Sphalerite and Quartz combination specimen from the Bulgarian mines.
Metaphysical properties: This is a stone that produces a sense of peace which harmonizes the emotional body. Ajoite will assist in release of sorrow, anger and fear. It is wonderful if you seek to heal old wounds or find compassion and it assists in connection to Inner self, Higher Self and All That Is. It helps open one up the boundless potential that exists in each one of us.
