The creation of dichroic glass is a demanding and rigorously defined process that involves vacuum chambers, electron guns, and various oxides such as titanium, magnesium, and silicon that adhere to hot glass using a technology known as thin-film physics.
The glass is first cut into the planned pieces (for example, a pendant, earrings, beads, etc.). Get more details about CBS Dichroic Glass through the internet.
They are then placed in a vacuum chamber with the appropriate oxides. The pressure inside the chamber increases and therefore both the oxide and the glass heat up. Once the hot glass is ready, an electron gun is used to vaporize the oxides which then bind to the glass.
Once this is achieved (the oxide vaporization process is repeated if necessary), the air is allowed to return to the chamber to cool it down, and the glass pieces are removed, cleaned and prepared to be made into 'art. portable glass' or jewelry.
Turning molten glass into accessories
Converting molten glass into jewelry is another process in itself that is highly dependent on the creativity of the artist or designer. Raw dichroic glass can be polished or molded with abrasive tools, or it can be wrapped in silver or other metallic threads or the 'hardware' that makes the piece wearable.
The dichroic glass piece can even be returned to the furnace for later reworking in a process called "fire polishing."
Findings, or metal sections needed to turn glass pieces into wearable jewelry, have to work with the dichroic glass piece to combine beauty, elegance, durability, and hypoallergenic qualities for safe and comfortable wear of jewelry. Gold, silver, and anodized niobium are some of the materials preferred by artists as finds for their pieces.