Larvikite Double Point Spiral Pendant 5 Pack

Product Code: JPDTPSLRV.5

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Crystal: Larvikite, Larvikite, Larvikite, Larvikite, Larvikite, Larvikite, Larvikite, Larvikite, Larvikite, Larvikite, Larvikite, Larvikite, Larvikite, Larvikite, Larvikite, Larvikite, Larvikite, Larvikite, Larvikite, Larvikite, Larvikite, Larvikite, Larvikite
Detail: Larvikite is a black igneous rock made up entirely of feldspar (with small chemical composition changes) that crystallizes in the form of large masses. Within the feldspar itself, there are small silver-blueish shimmering crystals that give Larvikite its 'flash', commonly referred to as the 'Schiller Effect'. This is believed to have been caused by the feldspar being rich in potassium, sodium, and calcium., Larvikite is a black igneous rock made up entirely of feldspar (with small chemical composition changes) that crystallizes in the form of large masses. Within the feldspar itself, there are small silver-blueish shimmering crystals that give Larvikite its 'flash', commonly referred to as the 'Schiller Effect'. This is believed to have been caused by the feldspar being rich in potassium, sodium, and calcium., Larvikite is a black igneous rock made up entirely of feldspar (with small chemical composition changes) that crystallizes in the form of large masses. Within the feldspar itself, there are small silver-blueish shimmering crystals that give Larvikite its 'flash', commonly referred to as the 'Schiller Effect'. This is believed to have been caused by the feldspar being rich in potassium, sodium, and calcium., Larvikite is a black igneous rock made up entirely of feldspar (with small chemical composition changes) that crystallizes in the form of large masses. Within the feldspar itself, there are small silver-blueish shimmering crystals that give Larvikite its 'flash', commonly referred to as the 'Schiller Effect'. This is believed to have been caused by the feldspar being rich in potassium, sodium, and calcium., Larvikite is a black igneous rock made up entirely of feldspar (with small chemical composition changes) that crystallizes in the form of large masses. Within the feldspar itself, there are small silver-blueish shimmering crystals that give Larvikite its 'flash', commonly referred to as the 'Schiller Effect'. This is believed to have been caused by the feldspar being rich in potassium, sodium, and calcium., Larvikite is a black igneous rock made up entirely of feldspar (with small chemical composition changes) that crystallizes in the form of large masses. Within the feldspar itself, there are small silver-blueish shimmering crystals that give Larvikite its 'flash', commonly referred to as the 'Schiller Effect'. This is believed to have been caused by the feldspar being rich in potassium, sodium, and calcium., Larvikite is a black igneous rock made up entirely of feldspar (with small chemical composition changes) that crystallizes in the form of large masses. Within the feldspar itself, there are small silver-blueish shimmering crystals that give Larvikite its 'flash', commonly referred to as the 'Schiller Effect'. This is believed to have been caused by the feldspar being rich in potassium, sodium, and calcium., Larvikite is a black igneous rock made up entirely of feldspar (with small chemical composition changes) that crystallizes in the form of large masses. Within the feldspar itself, there are small silver-blueish shimmering crystals that give Larvikite its 'flash', commonly referred to as the 'Schiller Effect'. This is believed to have been caused by the feldspar being rich in potassium, sodium, and calcium., Larvikite is a black igneous rock made up entirely of feldspar (with small chemical composition changes) that crystallizes in the form of large masses. Within the feldspar itself, there are small silver-blueish shimmering crystals that give Larvikite its 'flash', commonly referred to as the 'Schiller Effect'. This is believed to have been caused by the feldspar being rich in potassium, sodium, and calcium., Larvikite is a black igneous rock made up entirely of feldspar (with small chemical composition changes) that crystallizes in the form of large masses. Within the feldspar itself, there are small silver-blueish shimmering crystals that give Larvikite its 'flash', commonly referred to as the 'Schiller Effect'. This is believed to have been caused by the feldspar being rich in potassium, sodium, and calcium., Larvikite is a black igneous rock made up entirely of feldspar (with small chemical composition changes) that crystallizes in the form of large masses. Within the feldspar itself, there are small silver-blueish shimmering crystals that give Larvikite its 'flash', commonly referred to as the 'Schiller Effect'. This is believed to have been caused by the feldspar being rich in potassium, sodium, and calcium., Larvikite is a black igneous rock made up entirely of feldspar (with small chemical composition changes) that crystallizes in the form of large masses. Within the feldspar itself, there are small silver-blueish shimmering crystals that give Larvikite its 'flash', commonly referred to as the 'Schiller Effect'. This is believed to have been caused by the feldspar being rich in potassium, sodium, and calcium., Larvikite is a black igneous rock made up entirely of feldspar (with small chemical composition changes) that crystallizes in the form of large masses. Within the feldspar itself, there are small silver-blueish shimmering crystals that give Larvikite its 'flash', commonly referred to as the 'Schiller Effect'. This is believed to have been caused by the feldspar being rich in potassium, sodium, and calcium., Larvikite is a black igneous rock made up entirely of feldspar (with small chemical composition changes) that crystallizes in the form of large masses. Within the feldspar itself, there are small silver-blueish shimmering crystals that give Larvikite its 'flash', commonly referred to as the 'Schiller Effect'. This is believed to have been caused by the feldspar being rich in potassium, sodium, and calcium., Larvikite is a black igneous rock made up entirely of feldspar (with small chemical composition changes) that crystallizes in the form of large masses. Within the feldspar itself, there are small silver-blueish shimmering crystals that give Larvikite its 'flash', commonly referred to as the 'Schiller Effect'. This is believed to have been caused by the feldspar being rich in potassium, sodium, and calcium., Larvikite is a black igneous rock made up entirely of feldspar (with small chemical composition changes) that crystallizes in the form of large masses. Within the feldspar itself, there are small silver-blueish shimmering crystals that give Larvikite its 'flash', commonly referred to as the 'Schiller Effect'. This is believed to have been caused by the feldspar being rich in potassium, sodium, and calcium., Larvikite is a black igneous rock made up entirely of feldspar (with small chemical composition changes) that crystallizes in the form of large masses. Within the feldspar itself, there are small silver-blueish shimmering crystals that give Larvikite its 'flash', commonly referred to as the 'Schiller Effect'. This is believed to have been caused by the feldspar being rich in potassium, sodium, and calcium., Larvikite is a black igneous rock made up entirely of feldspar (with small chemical composition changes) that crystallizes in the form of large masses. Within the feldspar itself, there are small silver-blueish shimmering crystals that give Larvikite its 'flash', commonly referred to as the 'Schiller Effect'. This is believed to have been caused by the feldspar being rich in potassium, sodium, and calcium., Larvikite is a black igneous rock made up entirely of feldspar (with small chemical composition changes) that crystallizes in the form of large masses. Within the feldspar itself, there are small silver-blueish shimmering crystals that give Larvikite its 'flash', commonly referred to as the 'Schiller Effect'. This is believed to have been caused by the feldspar being rich in potassium, sodium, and calcium., Larvikite is a black igneous rock made up entirely of feldspar (with small chemical composition changes) that crystallizes in the form of large masses. Within the feldspar itself, there are small silver-blueish shimmering crystals that give Larvikite its 'flash', commonly referred to as the 'Schiller Effect'. This is believed to have been caused by the feldspar being rich in potassium, sodium, and calcium., Larvikite is a black igneous rock made up entirely of feldspar (with small chemical composition changes) that crystallizes in the form of large masses. Within the feldspar itself, there are small silver-blueish shimmering crystals that give Larvikite its 'flash', commonly referred to as the 'Schiller Effect'. This is believed to have been caused by the feldspar being rich in potassium, sodium, and calcium., Larvikite is a black igneous rock made up entirely of feldspar (with small chemical composition changes) that crystallizes in the form of large masses. Within the feldspar itself, there are small silver-blueish shimmering crystals that give Larvikite its 'flash', commonly referred to as the 'Schiller Effect'. This is believed to have been caused by the feldspar being rich in potassium, sodium, and calcium., Larvikite is a black igneous rock made up entirely of feldspar (with small chemical composition changes) that crystallizes in the form of large masses. Within the feldspar itself, there are small silver-blueish shimmering crystals that give Larvikite its 'flash', commonly referred to as the 'Schiller Effect'. This is believed to have been caused by the feldspar being rich in potassium, sodium, and calcium.
Chemical Composition: (Na,K)AlSi₃O₈, (Na,K)AlSi₃O₈, (Na,K)AlSi₃O₈, (Na,K)AlSi₃O₈, (Na,K)AlSi₃O₈, (Na,K)AlSi₃O₈, (Na,K)AlSi₃O₈, (Na,K)AlSi₃O₈, (Na,K)AlSi₃O₈, (Na,K)AlSi₃O₈, (Na,K)AlSi₃O₈, (Na,K)AlSi₃O₈, (Na,K)AlSi₃O₈, (Na,K)AlSi₃O₈, (Na,K)AlSi₃O₈, (Na,K)AlSi₃O₈, (Na,K)AlSi₃O₈, (Na,K)AlSi₃O₈, (Na,K)AlSi₃O₈, (Na,K)AlSi₃O₈, (Na,K)AlSi₃O₈, (Na,K)AlSi₃O₈, (Na,K)AlSi₃O₈
Origin: Norway, Norway, Norway, Norway, Norway, Norway, Norway, Norway, Norway, Norway, Norway, Norway, Norway, Norway, Norway, Norway, Norway, Norway, Norway, Norway, Norway, Norway, Norway
Finish: Polished, Polished, Polished, Polished, Polished, Polished, Polished, Polished, Polished, Polished, Polished, Polished, Polished, Polished, Polished, Polished, Polished, Polished, Polished, Polished, Polished, Polished, Polished
Color: Grey, Grey, Grey, Grey, Grey, Grey, Grey, Grey, Grey, Grey, Grey, Grey, Grey, Grey, Grey, Grey, Grey, Grey, Grey, Grey, Grey, Grey, Grey
Size: 45mm, 45mm, 45mm, 45mm, 45mm, 45mm, 45mm, 45mm, 45mm, 45mm, 45mm, 45mm, 45mm, 45mm, 45mm, 45mm, 45mm, 45mm, 45mm, 45mm, 45mm, 45mm, 45mm
Weight: 25g, 25g, 25g, 25g, 25g, 25g, 25g, 25g, 25g, 25g, 25g, 25g, 25g, 25g, 25g, 25g, 25g, 25g, 25g, 25g, 25g, 25g, 25g
Quantity: 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5
Sold as Seen: No, No, No, No, No, No, No, No, No, No, No, No, No, No, No, No, No, No, No, No, No, No, No

This lovely pendant features a polished, faceted Larvikite double point, conveniently and securely held in an attractive spiral cage.

Due to the nature of our products the color, shape, size and weight may differ slightly from the product shown.

At times due to this difference you may receive an average size, weight or quantity.

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Larvikite Double Point Spiral Pendant 5 Pack

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