Dichroic Fused Glass Pendant Value Guide

This oval-shaped pendant represents a unique intersection of aerospace technology and studio art, featuring dichroic glass originally developed by NASA for satellite mirrors. These pieces became highly collectible in the late 20th century as American glass artists mastered the kiln-firing techniques required to layer metal oxides for a vibrant, color-shifting effect.

What Is Dichroic Fused Glass Pendant Worth?

The typical price range for Dichroic Fused Glass Pendant is $45 - $50 based on recent sales. However, values can vary depending on the item's condition, rarity, and other factors such as:

• The intensity and variety of the dichroic color shifts, specifically the clarity of the green and gold metallic oxides.
• The condition of the scalloped silver-tone bezel and the absence of chips or surface scratches on the glass cabochon.
• Market demand for NASA-related material history and late 20th-century American studio glass movements.
• The overall craftsmanship of the fusion, ensuring no air bubbles or separation between the glass layers.

How to Identify Dichroic Fused Glass Pendant?

• Look for the characteristic 'color-shift' where the glass changes between shimmering green, gold, and black tones depending on the light angle.
• Examine the bezel for a decorative scalloped edge, a common design element for United States studio pieces from the 1985-1995 era.
• Check for the presence of multiple fused layers within the cabochon, indicating the authentic kiln-fired manufacturing process.
• Verify the setting material, which typically consists of sterling silver or high-quality silver-tone metal consistent with late 20th-century artisan jewelry.

History of Dichroic Fused Glass Pendant

Dichroic glass was originally developed by NASA for use in satellite mirrors and spacesuit visors to reflect radiation while allowing visible light to pass. In the late 20th century, glass artists began utilizing the surplus material to create jewelry, firing multiple layers of glass and metal oxides in a kiln to produce these vibrant, color-shifting effects.