Herkimer diamond crystal, herkimer on matrix, double terminated quartz crystal, clear quartz specimen, collector mineral

• One off natural mineral specimen. You will receive the exact piece shown in the photos.
• Selected for colour, form and display appeal. Once sold, it will not be restocked.
• Photographed under neutral lighting to show accurate colour and clarity.

This natural Herkimer diamond crystal remains attached to its original quartz matrix, creating a miniature display specimen with far more character than a typical loose crystal. The main Herkimer stands prominently above a sparkling bed of drusy quartz, while flashes of rainbow colour appear within the crystal as it catches the light.

Many Herkimers are sold as individual crystals removed from their host rock. Pieces like this offer a glimpse of how the crystal formed in nature, with the clear double terminated Herkimer still connected to the surrounding quartz. The contrast between the bright crystal, sparkling matrix and visible rainbow reflections gives the specimen strong visual appeal from every angle and makes it an excellent choice for collectors who prefer complete mineral specimens rather than loose crystals alone.

Specifications

Mineral: Herkimer Diamond Quartz

Origin: Diamond Acres Mine, Fonda, Herkimer County, New York, USA

Weight: 3.7g

Crystal Form: Double terminated Herkimer diamond on natural quartz matrix

Colour: Colourless to transparent

Features: Natural quartz matrix, rainbow reflections, drusy quartz, strong display form

Condition: Natural specimen with minor contact features consistent with extraction

Display: Collector miniature suitable for mineral cabinets, desks and display shelves

Metaphysical Properties

Herkimer diamonds are often associated with clarity, focus and heightened awareness. Many crystal enthusiasts believe they support clear thinking and help bring attention to personal goals and intentions. Matrix specimens are sometimes valued as symbols of stability and growth, combining the energy of the crystal with the natural foundation from which it formed.