Tiger Eye

Main Elements:

Si, O, Fe

Chemical Composition:

SiO₂ (Quartz) that has replaced crocidolite fibers, with iron oxide causing the golden color

Density:

2.64-2.71 g/cm³

Compressive Strength:

Variable

Melting Point:

1713°C

Formation:

Forms when quartz replaces crocidolite (asbestos) fibers through a process called pseudomorphism, creating the characteristic chatoyant (cat's-eye) effect.

Composition:

Composed of quartz (SiO₂) that has replaced crocidolite fibers, with iron oxide giving it the golden-brown color.

Types:

• Golden Tiger Eye
• Red Tiger Eye
• Blue Tiger Eye (Hawk's Eye)
• Tiger Iron

Etymology:

Named for its resemblance to a tiger's eye, with its golden-brown color and silky luster.

Uses:

• Jewelry
• Gemstones
• Decorative items
• Spiritual practices
• Carvings

Distribution:

Found mainly in South Africa, Western Australia, India, and Myanmar

Historical Use:

Used for thousands of years in jewelry and as a protective talisman. Ancient peoples believed it provided protection and insight.

Symbolism:

Represents protection, courage, and insight. Believed to help with decision-making and provide clarity.

Why does tiger eye have that silky luster?

Tiger Eye's silky, chatoyant luster comes from parallel quartz fibers that replaced crocidolite, creating a cat's-eye effect when light reflects off the fibers.

What is the difference between tiger eye and hawk's eye?

Tiger Eye is golden-brown, while Hawk's Eye (or Falcon's Eye) is blue. Both form the same way but with different colors from iron oxide.

Is tiger eye valuable?

Tiger Eye quality varies. High-quality stones with strong chatoyancy and rich color command good prices, especially when cut as cabochons for jewelry.