Murano glass gets its name from the location in which it is made: The island of Murano off the shore of Venice, Italy. The glass has been produced there for centuries, as Murano was a commercial port as far back as the 7th century and a well-known city of trade by the 10th century. Today, Murano remains a destination for tourists and art and jewelry lovers.

History
It is believed that Murano glass actually originated in Rome in the 9th century. But artists were influenced by the Asian and Muslim cultures that were exposed at the major trading port in Venice. They decided to create the glass in the Venetian Republic for convenience, which was the first main location for the glassmaking before a devastating fire ruined most of the city's wood buildings. This event caused the glassmakers to move to the island of Murano in 1291. To this day, the names for Venetian and Murano glass are used nearly interchangeably.

The glassmakers of Murano were soon the most prominent citizens on the island. Around the 14th century, the talented artisans were allowed to wear swords, enjoyed immunity from prosecution, and married their daughters into wealthy families. Their success did not come without a price, however. Glassmakers were not allowed to leave the Republic, causing a feeling of unrest. Some craftsmen rebelled and set up business as far away as England and the Netherlands. Despite this, most workers did stay on the island and by the end of the 16th century, 3,000 of Murano's 7,000 people were involved in the glassmaking industry in some way.

Today, Murano artisans are still employing the same age-old techniques, crafting everything from contemporary art and jewelry to chandeliers and wine stoppers. Murano held a monopoly on quality glassmaking for centuries, creating and refining many technologies including crystalline glass, enameled glass, glass with threads of gold, multicolored glass, milk glass, and imitation gemstones made of glass. If you visit Murano, the island is now home to the Museo Vetrario, or Glass Museum, in the Palazzo Giustinian. It displays the history of glassmaking, as well as glass samples ranging from Egyptian times through present day.

Techniques & Materials
Most Murano glass art is made using the lampworking technique. The glass includes silica which becomes liquid at high temperatures. As the glass passes from a liquid to a solid state, there is a moment when it is slightly soft before it hardens completely. This is when the craftsman can shape the material. The more sodium oxide present in the glass, the slower it solidifies, which is important for hand-working since it allows for more time to shape the material.

The colors, techniques and materials glassmakers may use depend upon the look the artist is trying to achieve. The Millefiori technique involves layering sliced canes of glass, or forming tiny glass beads by cutting the canes into sections when cold then rounding when hot. Sommerso, filigree, incalmo, enamel painting, engraving, gold engraving, lattimo, ribbed glass and submersion are just a few of the other techniques a glassmaker can apply.

The nearly-indestructible and masculine nature of stainless steel is appealing for many jewelry styles. It has a similar appearance to platinum and polishes to a glistening sheen. Any scratches that may occur from day to day wear can be easily buffed away without endangering the piece. Unlike traditional gold, silver or platinum jewelry, stainless steel jewelry is not poured into molds, but is usually hand-cut from a solid piece of steel, leaving no seams or weak spots. With stainless steel, your jewelry will last a lifetime.

Stainless steel was first recognized in France in 1821 by metallurgist Pierre Berthier. He realized the iron-chromium alloys maintained resistance from acids and recommended their use in cutlery. After several corrosion-resistance related discoveries and patents in Europe and the United States, Harry Brearley in England discovered a modern blend of stainless steel alloy. When it was announced by The New York Times in January of 1915, he was officially credited with the invention of this impressive modern metal.