GT Zirkon

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Family overview
  • Ultra Light Italic
  • Thin Italic
  • Light Italic
  • Book Italic
  • Regular Italic
  • Medium Italic
  • Bold Italic
  • Black Italic
  • Ultra Light
    Connected to internal radiation damage, these processes partially disrupt the crystal structure and partly explain the highly variable properties of zircon.
  • Ultra Light Italic
    Chemical substitution and coordination polyhedra explain this common feature of minerals.
  • Thin
    Zircon is a common accessory to trace mineral constituent of most granite and felsic igneous rocks.
  • Thin Italic
    The English word “zircon” is derived from “Zirkon”, which is the German adaptation of this word.
  • Light
    The green coloring in many rounded pebbles usually indicates the Zircon is radioactive variety.
  • Light Italic
    During the growth process, crystals are also highly susceptible to consciousness imprinting, whereby the meditations, through-patterns, healing energy or bioelectric field identity of the grower may be enjoined within the crystalline structure and memory.
  • Book
    Yellow, orange and red zircon is also known as “hyacinth”, from the flower hyacinthus, whose name is of Ancient Greek origin.
  • Book Italic
    The name zircon is taken from the name of the mineral zircon, the most important source of zirconium.
  • Regular
    The dark brown to black color observed in most Zircon crystals is caused from iron oxide impurities.
  • Regular Italic
    Zircon is ubiquitous in the crust of Earth and it occurs as a common accessory mineral in igneous rocks, in metamorphic rocks and as detrital grains in sedimentary rocks.
  • Medium
    Zirconium is a mineral belonging to the group of nesosilicates.
  • Medium Italic
    The abundance and diversity of minerals is controlled directly by their chemistry, in turn dependent on elemental abundances in the Earth.
  • Bold
    Mineral classification schemes and their definitions are evolving to match recent advances in mineral science.
  • Bold Italic
    Minerals are distinguished by various chemical and physical properties. Differences in chemical composition and crystal structure distinguish the various species, which were determined by the mineral’s geological environment when formed.
  • Black
    Radioactive dating shows that the zircon crystals were formed more than 4 billion years ago.
  • Black Italic
    Minerals are distinguished by various chemical and physical properties. Differences in chemical composition and crystal structure distinguish the various species, which were determined by the mineral’s geological environment when formed.
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Typeface information

GT Zirkon is an extravagant sans serif workhorse. It blends the worlds of rational tool and ornamentation by applying techniques used to optimize type for small sizes in a refined way.

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Typeface features

OpenType features enable smart typography. You can use these features in most Desktop applications, on the web, and in your mobile apps. Each typeface contains different features. Below are the most important features included in GT Zirkon’s fonts:

  • SS01
  • Alternate Arrows
Volume ↗
  • SS02
  • Alternate f
Refraction
  • ONUM
  • Oldstyle Figures
0123456789
  • SMCP
  • Small Caps
Ore Deposit
Typeface Minisite
  • Visit the GT Zirkon minisite to discover more about the typeface family’s history and design concept.
GT Zirkon in use