Fluorescent Minerals For Sale: Page 1
Franklin & Sterling HillIf you are looking for something in particular, please contact us.
Please note that a special lamp (filtered short-wave UV) is required to see the fluorescent colors of these rocks. It's worth it to get a good lamp.
An ordinary "blacklight" will not work for most of these minerals.
Unless otherwise noted, multiple photos are different views of same specimen.
"Crazy Calcite" (Calcite & Dolomite) - Sterling Hill, Ogdensburg, NJ.
A good specimen of crazy calcite showing the characteristic mottled FL response in SW. This has an even distribution of FL calcite, which is most desirable in this assemblage. Also has minor amts. of hydrozincite (fl. blue-white) and willemite (fl. green).
Specimen size approx. 5 x 3 1/4 x 1 1/2 inches
Ship wt. 2.2 lbs.
#F554 ... $43.00 Sale $35.00
Fluorapatite & Willemite in honey-colored andradite with "zinc schefferite" (pyroxene). The willemite is purple in daylight, giving it the varietal name "grape willemite". A distinctively Franklin assemblage.
As is often the case, specimen has an incipient crack in the andradite, toward the right-hand side (see white-light photo). However, it does not go all the way through the specimen.
Size: approx. 3" x 1 1/2" x 1 3/4".
Ship. wt. 1.2 lbs
#F565 ... $32.00
Fluoborite (FL whitish SW) in marble. Also with NF chondrodite, graphite, and a mineral that resembles arsenopyrite or pyrrhotite. Lime Crest Quarry, Sparta, NJ.
This locality is now underwater.
Fluoborite is one of the more unusual fluorescent minerals. Only rarely have we had it for sale.
Size: approx. 8 1/2 x 4 x 1 1/8 inches.
Ship. wt. 3 lbs.
#F566 .... $49.00
Hardystonite, Willemite, Calcite, and Clinohedrite. Franklin, NJ. 4-color fluorescent specimen.
Specimen size approx. 3" x 2 1/4" x 1 1/4"
Ship wt. 1.5 lb
#F561 ... $35.00
Hardystonite w/ minor Clinohedrite and crystals of andradite. Franklin, NJ.
Hardystonite does occur with andradite fairly often, but in most of the specimens it is completely nondescript, massive-form. It is somewhat rare to find hardystonite together with actual crystals of andradite.
The crystals are small and somewhat distorted. However, they are noticeable without magnification.
Specimen size approx. 2 1/4 x 1 x 1 3/8 inches
Ship wt. 0.8 lb.
#F558 ... $32.00
Sphalerite & Willemite - Sterling Hill Mine, Ogdensburg, NJ. Sphalerite: FL orange SW, MW, and LW.
Willemite: FL green SW
Specimen size approx. 3 1/4 x 2 x 1 inches
Ship. wt. 1 lb.
F559 ... $28.00
Willemite & Calcite - Franklin, NJ.
The willemite is pale tan / beige / flesh-colored in daylight, with the usual bright green FL in SW. Also has calcite (FL red SW) with some franklinite (NF).
Specimen size approx. 2 5/8" x 2 7/8" x 2 5/8"
Ship wt. 2 lbs.
#F560 ... SOLD
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Page 2 - Franklin / Sterling
Page 3 - Franklin / Sterling
Page 4 - Other USA and Worldwide
Page 5 - Franklin / Sterling NEW!
Fluorescent minerals require a special lamp to view the colors you see in the photos. Most of the specimens shown above react to short-wave ultraviolet (SW UV or "UV-C"), which has a wavelength of 254 nanometers.
Fluorescent Cabochons for sale - cut and polished from fluorescent minerals
Fluorescent Gallery of specimens sold in the past
Mineral Sets, Teaching, & Reference Minerals
Daylight Minerals from various localities
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Page 2 - Franklin / Sterling Hill Fluorescents
Page 3 - F/SH Fluorescents
Page 4 - Worldwide Fluorescents
Page 5 - F/SH Fluorescents NEW!
Minerals A-L (daylight)
Minerals M-Z (daylight)
More fluorescent minerals
FL = "fluorescent", "fluoresces", "fluorescence";
LW = "Long-Wave" (ca. 320 to 370 nm);
MW = "Mid-Wave" (ca. 302 to 312 nm);
NF = "Non-Fluorescent"
PH = "Phosphorescent" (i.e., temporary glow after UV source is removed);
SW = "Short-Wave" (254 nm);
UV = "Ultra-Violet".
WL = "White Light" (i.e., normal light)
Important: The color response of your computer's monitor may not be the best representation of the photographs. The colors shown in the photos, at least as they appear on our office monitor, are the most accurate representations we were able to capture with the limitations of the camera.