Labradorite Palm Stone Genuine Flash Labradorite Mineral with Certificate of Authenticity
£ 12.60
GENUINE LABRADORITE PALM STONE MINERAL SPECIMENThis genuine Labradorite Palm Stone is a beautifully polished natural mineral
specimen displaying the striking iridescent colour flashes and smooth polished finish that make labradorite one of the most visually distinctive feldspar minerals in the world. Carefully selected for its colour play, surface quality, and natural geological appeal, this specimen is ideal for mineral collections, decorative displays, geology enthusiasts, and natural history cabinets.The exact specimen shown in the photographs is the piece you will receive, allowing collectors and buyers to closely examine the reflective colour flashes, mineral textures, and polished finish before purchase. Every specimen includes a Certificate of Authenticity lifetime guarantee generic card confirming the authenticity of the mineral specimen.Please refer to the listing photographs for full sizing and scale details. LABRADORITE MINERAL COMPOSITION AND CRYSTAL CLASSIFICATIONLabradorite is a calcium sodium feldspar mineral belonging to the plagioclase feldspar group. It is composed primarily of sodium calcium aluminium silicate and crystallises within the triclinic crystal system.The mineral is internationally recognised for its remarkable optical phenomenon known as labradorescence — an iridescent display of colour caused by light interacting with microscopic internal lamellar structures within the crystal. Depending on the angle of light and orientation of the stone, Labradorite may display vivid flashes of blue, green, gold, orange, copper, violet, or multicoloured iridescence across its polished surface.The base colour of labradorite commonly ranges from grey and charcoal to dark green-grey or black, providing dramatic contrast against the brighter iridescent flashes visible when the stone is rotated under light.Labradorite is highly valued among collectors and lapidary enthusiasts due to its natural optical effects and unique mineral structure. POLISHED PALM STONE FORM AND NATURAL FEATURESThis Labradorite Palm Stone has been shaped and polished to enhance the visibility of the stone’s natural labradorescence while preserving its authentic mineral composition and internal crystalline structure.The smooth palm stone form allows the reflective colour flashes to move dynamically across the surface depending on viewing angle and lighting conditions. Depending on the specimen, features may include:
• Blue and green iridescent flashes
• Gold, copper, or violet colour play
• Reflective polished surfaces
• Fine internal mineral textures
• Natural feldspar patterning
• Layered crystalline structuresNatural inclusions, tonal variations, subtle fractures, and internal structural zoning are authentic geological features formed during mineral growth and contribute to the individuality and collector appeal of each specimen.The polished finish highlights both the stone’s natural flash effect and the intricate crystalline structure formed deep within the Earth over immense geological timescales. GEOLOGICAL FORMATION AND FELDSPAR DEVELOPMENTLabradorite forms within igneous rocks such as basalt, gabbro, anorthosite, and related intrusive formations where feldspar minerals crystallise slowly from cooling magma. The internal layered structures responsible for labradorescence develop through complex cooling and exsolution processes during crystal formation.Over millions of years, changes in temperature and mineral chemistry create microscopic intergrowth layers within the feldspar crystal lattice. These internal structures refract and scatter light, producing the spectacular iridescent flashes associated with fine-quality labradorite.Significant labradorite deposits occur in locations such as Madagascar, Canada, Finland, and parts of Scandinavia, where geological conditions allowed feldspar-rich rocks to develop large crystal masses suitable for cutting and polishing.The palm stone form preserves the mineral’s natural composition while maximising the visibility of its unique optical properties. IDEAL FOR MINERAL COLLECTIONS AND DECORATIVE DISPLAYSThis Labradorite Palm Stone is ideal for:
• Mineral and crystal collections
• Decorative natural stone displays
• Geological and educational collections
• Curiosity cabinets and shelving
• Collector photography setups
• Interior décor arrangements
• Unique geology and mineral giftsIts vivid iridescent flashes and polished finish make it an especially eye-catching display specimen suitable for collectors of all experience levels.Labradorite has also historically been admired for its unusual optical effects and decorative beauty in carvings, jewellery, and ornamental stonework, though today collector specimens are especially valued for their geological significance and natural labradorescence.Each specimen is individually chosen for quality, flash visibility, and natural character, ensuring that every piece showcases authentic geological textures and mineral formations created naturally within the Earth over immense geological timescales.
specimen displaying the striking iridescent colour flashes and smooth polished finish that make labradorite one of the most visually distinctive feldspar minerals in the world. Carefully selected for its colour play, surface quality, and natural geological appeal, this specimen is ideal for mineral collections, decorative displays, geology enthusiasts, and natural history cabinets.The exact specimen shown in the photographs is the piece you will receive, allowing collectors and buyers to closely examine the reflective colour flashes, mineral textures, and polished finish before purchase. Every specimen includes a Certificate of Authenticity lifetime guarantee generic card confirming the authenticity of the mineral specimen.Please refer to the listing photographs for full sizing and scale details. LABRADORITE MINERAL COMPOSITION AND CRYSTAL CLASSIFICATIONLabradorite is a calcium sodium feldspar mineral belonging to the plagioclase feldspar group. It is composed primarily of sodium calcium aluminium silicate and crystallises within the triclinic crystal system.The mineral is internationally recognised for its remarkable optical phenomenon known as labradorescence — an iridescent display of colour caused by light interacting with microscopic internal lamellar structures within the crystal. Depending on the angle of light and orientation of the stone, Labradorite may display vivid flashes of blue, green, gold, orange, copper, violet, or multicoloured iridescence across its polished surface.The base colour of labradorite commonly ranges from grey and charcoal to dark green-grey or black, providing dramatic contrast against the brighter iridescent flashes visible when the stone is rotated under light.Labradorite is highly valued among collectors and lapidary enthusiasts due to its natural optical effects and unique mineral structure. POLISHED PALM STONE FORM AND NATURAL FEATURESThis Labradorite Palm Stone has been shaped and polished to enhance the visibility of the stone’s natural labradorescence while preserving its authentic mineral composition and internal crystalline structure.The smooth palm stone form allows the reflective colour flashes to move dynamically across the surface depending on viewing angle and lighting conditions. Depending on the specimen, features may include:
• Blue and green iridescent flashes
• Gold, copper, or violet colour play
• Reflective polished surfaces
• Fine internal mineral textures
• Natural feldspar patterning
• Layered crystalline structuresNatural inclusions, tonal variations, subtle fractures, and internal structural zoning are authentic geological features formed during mineral growth and contribute to the individuality and collector appeal of each specimen.The polished finish highlights both the stone’s natural flash effect and the intricate crystalline structure formed deep within the Earth over immense geological timescales. GEOLOGICAL FORMATION AND FELDSPAR DEVELOPMENTLabradorite forms within igneous rocks such as basalt, gabbro, anorthosite, and related intrusive formations where feldspar minerals crystallise slowly from cooling magma. The internal layered structures responsible for labradorescence develop through complex cooling and exsolution processes during crystal formation.Over millions of years, changes in temperature and mineral chemistry create microscopic intergrowth layers within the feldspar crystal lattice. These internal structures refract and scatter light, producing the spectacular iridescent flashes associated with fine-quality labradorite.Significant labradorite deposits occur in locations such as Madagascar, Canada, Finland, and parts of Scandinavia, where geological conditions allowed feldspar-rich rocks to develop large crystal masses suitable for cutting and polishing.The palm stone form preserves the mineral’s natural composition while maximising the visibility of its unique optical properties. IDEAL FOR MINERAL COLLECTIONS AND DECORATIVE DISPLAYSThis Labradorite Palm Stone is ideal for:
• Mineral and crystal collections
• Decorative natural stone displays
• Geological and educational collections
• Curiosity cabinets and shelving
• Collector photography setups
• Interior décor arrangements
• Unique geology and mineral giftsIts vivid iridescent flashes and polished finish make it an especially eye-catching display specimen suitable for collectors of all experience levels.Labradorite has also historically been admired for its unusual optical effects and decorative beauty in carvings, jewellery, and ornamental stonework, though today collector specimens are especially valued for their geological significance and natural labradorescence.Each specimen is individually chosen for quality, flash visibility, and natural character, ensuring that every piece showcases authentic geological textures and mineral formations created naturally within the Earth over immense geological timescales.
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