Polished Larimar Sphere - 131.87g, 44.1mm
Polished Larimar Sphere - 131.87g, 44.1mm
Polished Larimar Sphere - 131.87g, 44.1mm
Polished Larimar Sphere - 131.87g, 44.1mm
Polished Larimar Sphere - 131.87g, 44.1mm
Polished Larimar Sphere - 131.87g, 44.1mm
Polished Larimar Sphere - 131.87g, 44.1mm
Polished Larimar Sphere - 131.87g, 44.1mm

Polished Larimar Sphere - 131.87g, 44.1mm

Precio de venta$160.00

Dimensions: 39.9 mm x 18.7 mm x 8.7 mm

This polished Larimar sphere, weighing 131.87g and measuring 44.1mm in diameter, is a true masterpiece of natural artistry. Its serene seafoam blue swirls are accentuated by soft white cloud-like patterns, all complemented by natural earthy brown matrix inclusions. The polished surface gleams with a smooth, reflective finish, bringing out the stone's intricate details. This sphere exudes tranquility and is highly sought after for its beauty and metaphysical properties.

Larimar, also known as the "Dolphin Stone" or "Stefilia's Stone," is a rare pectolite variety found only in the Dominican Republic. It is treasured for its resemblance to Caribbean waters and is believed to embody calming energies of the ocean. This sphere is perfect for collectors, meditation practices, or as a stunning centerpiece in any home or office.

Cantidad:

Unraveling the Beauty and Rarity of this Polished Larimar Sphere - 131.87g, 44.1mm

This Larimar sphere captures the essence of tranquility, with its harmonious blend of soft greens and cloud-like whites. As a rare gem from the Dominican Republic, Larimar is highly coveted for its soothing appearance and spiritual properties. Its spherical shape enhances its metaphysical use, inviting calm energy and balance into your space. With its mesmerizing patterns and exceptional polish, this sphere is more than a collectible—it's a piece of Earth's artistry.

Additional Information about this Polished Larimar Sphere - 131.87g, 44.1mm

  • Very good (VG)
  • Dominican Republic
  • Triclinic
  • Primarily formed during hydrothermal activity in the Tertiary period
  • Occurs in cavities within basalt flows