About
Crystal Forms & Aggregates
Other ID Marks
Striking Features
Environment
Uses
Noteworthy Localities
Iceland is a classic producer of Stilbite, and the locality of Teigarhorn, in Berufjördur, is especially noteworthy. The Faroe Islands (Denmark), which are composed of volcanic basalt, are also an important and classic locality. In Sweden, excellent brownish-yellow Stilbite crystal plates come from Malmberget, Lappland.
In the U.S., New Jersey is the most prolific producer of Stilbite, with many localities producing outstanding examples of this mineral. Foremost in importance are Paterson and Prospect Park, Passaic Co., producers of large and well-formed bow-ties and wheat sheaves. Highly lustrous white and cream Stilbite has come from the Braen Quarry, Haledon, Passaic Co., especially in white, rounded balls; and orange to brown crystal plates from Montclair/Little Falls, Essex/Passaic Cos. Exceptional bright orange Stilbite comes from the diabase at the Moore's Station Quarry, near Lambertville; and dense, lighter colored plates once came from Laurel Hill (Snake Hill), Secaucus, Hudson Co. Tan colored crystals came from the Millington Quarry, Somerset Co.; and yellow and orange radial aggregates from the Fanwood Quarry, Somerset Co.
Connecticut has produced fine Stilbite crystals at the O&G Quarry, Woodbury, Litchfield Co.; and the prolific locality of the Thomaston Dam railroad cut, Litchfield Co. was once a good producer. Other notable U.S. occurrences include the Fairfax quarry, Centreville, Fairfax Co., Virginia; Mill Creek, Polk Co., Oregon; the Skookumchuck Dam, Bucoda, Thurston Co., Washington; and Kalama and Signal Peak, Cowlitz Co., Washington.
In Canada, good crystals come from several localities in Nova Scotia near the Bay of Fundy, such as Cape D'or, Horshoe Cove, Wasson's Bluff, and Partridge Island.
Stilbite-Na is not commonly identified. Its type locality is Cape Pula, Cagliari, on the island of Sardinia, Italy.
Common Mineral Associations
Distinguishing Similar Minerals
Stellerite - Very similar and can be difficult to distinguish, however Stellerite usually forms more perfect hemispherical balls.
Photos
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