As one visits the Caribbean, the vibrant colors that are seen in the Ocean, on the Islands and in the Sunsets inspired this jewelry collection called "Caribbean Delights". This set encompases the green of the forests, the white and tan of the beaches and the reds and yellows of the sunsets.
Cool greens provided by a Dichroic glass teardrop pendant centered between green, yellow and tan Lampwork beads, Magnesite discs, Cats-eye and Czech glass beads and a white Coral highlight bead. This 20 inch necklace closes with a gold plated S-hook clasp and a 1 1/2 inch chain exension.
Dichroic glass is glass containing multiple micro-layers of metal oxides which give the glass dichroic optical properties. The invention of dichroic glass is often erroneously attributed to NASA and its contractors, who developed it for use in dichroic filters. However, Dichroic glass dates back to at least the 4th century AD as seen in the Lycurgus cup. Dichroic glass is an example of thin-film optics.
Lampworking is a type of glasswork that uses a gas fueled torch to melt rods and tubes of clear and colored glass. Once in a molten state, the glass is formed by blowing and shaping with tools and hand movements. It was also known as flameworking or torchworking, but the modern practice no longer uses oil-fueled lamps. Although the art form has been practiced since ancient Syrian (1 Century B.C.E.) times, it became widely practiced in Murano, Italy in the 14th century. In the mid 19th century lampwork technique was extended to the production of paperweights, primarily in France, where it became a popular art form, still collected today. Lampworking differs from glassblowing in that glassblowing uses a blowpipe to inflate a glass blob known as a gob or gather, whereas lampworking manipulates glass either by the use of tools, gravity, or by blowing directly into the end of a glass tube.
Magnesite occurs as veins in and an alteration product of ultramafic rocks like serpentinite, turquoise and other magnesium rich rock types in both contact and regional metamorphic terranes. These Magnesites often are cryptocrystalline and contain silica as opal or chert. Magnesite is also present within the regolith above ultramafic rocks as a secondary carbonate within soil and subsoil, where it is deposited as a consequence of dissolution of magnesium-bearing minerals by carbon dioxide within groundwaters. Some of the best Magnesite deposits that can produce gemstone quality material are co-located with Turquoise deposits in the southwestern United States. Magnesite like Howlite, can be died to look like actual Turquoise.
Matching French Hook earrings with a 2 1/4 inch drop made of Lampwork beads, Coral and glass beads, complete the set.
Crystals and glass beads are also used in this set.
