Rocks and Minerals
Showing 51–100 of 595 results
-
Aragonite Sputnik Clusters
£2.00 – £6.00 -
New
Arsenolite from Devon Great Consols, Devon
£25.00 -
New
Arsenopyrite from Carrock Mine, Cumbria
£3.00 -
Arsenopyrite from Penlee Beach, Cornwall
£10.00 -
New
Arthurite and Pharmacosiderite from Majuba Hill Mine, USA
£10.00 -
Arthurite and Scorodite from Cligga Head, Cornwall
£5.00 -
New
Asbolane and Erythrite from Old Sandbed Mine, Cumbria
£5.00 -
New
Asbolane from Cobalt Mine, Cheshire
£10.00 -
New
Atacamite from Allihies, Ireland
£10.00 -
Aurichalcite from Chah Kuh, Iran
£15.00 -
New
Aurichalcite from Craig Rhiwarth Mine, Wales
£1.50 – £3.50 -
New
Aurichalcite from Greystone Quarry, Cornwall
£7.50 -
Aurichalcite from Southwest Mine, USA
£10.00 -
Aventurine Specimens / Rough (Green)
£3.50 -
Azurite and Malachite from Ting Tang Mine, Cornwall
£2.50 – £5.00 -
Azurite and Malachite Specimens
£1.50 – £35.00 -
Azurite from Cannington Park Quarry, Somerset
£1.00 – £4.00 -
New
Azurite from Dolyhir Quarry, Wales
£7.50 -
Azurite from La Encontrada Mine, Spain
£7.50 -
Azurite from Ting Tang Mine, Cornwall
£2.00 – £4.00 -
New
Azurite from Tynagh Mine, Ireland
£3.50 -
Azurite Specimens from Morocco
£1.00 – £5.00 -
Updated
Bayldonite from Penberthy Croft Mine, UK
£2.50 – £10.00 -
Updated
Berthierite from Gründenwald, Germany
£20.00 – £35.00 -
Beryl crystals and fragments
£2.50 – £3.00 -
New
Beryl from Khoroshiv Raion, Ukraine
£2.00 -
Bloodstone / Heliotrope Specimens / Rough
£3.50 -
Blue John Mineral Specimens
£150.00 -
Bornite from Gortdrum Mine, Ireland
£10.00 -
New
Botallackite from Levant Mine, Cornwall
£15.00 – £20.00 -
Boulangerite from Caspari Mine, Germany
£20.00 – £35.00 -
Braunite from Gremmelsbach, Germany
£15.00 -
New
Brochanthite from Hafan Mine, Wales
£10.00
Minerals are mostly naturally occurring, inorganic substances with a definite chemical composition and an ordered atomic structure.
Rocks are composed of one or more minerals, mineraloids, or organic materials. They are classified into three main types—igneous, sedimentary, and metamorphic—based on how they form.