Drape your neck in dazzle! This pendant is available in your choice of a brilliantly blue simulated topaz or a peach simulated morganite center stone that is haloed by luminous simulated white diamonds. The pendant is a cushion shape that showcases elegant scrollwork detail around the stones and on the bail along with milgrain detail on the border. For additional simulated white diamonds are set at the four compass points.Details
Pronounced "vermay," vermeil is an electroplating process in which 14K gold or higher is coated over sterling silver. Officially designated by the jewelry industry, items may only be sold as vermeil if they have a minimum thickness of 100 millionths of an inch (2.5 microns) of gold over the silver. Regular gold plating is less than 2.5 microns.
The "vermeil" technique of plating sterling silver with gold originated in France in the 1750s. It differs from "gold filled" or "gold plated" in terms of the thickness or thinness of the microns over sterling silver. "Gold filled" pieces have a much thicker layer, between 15 and 45 microns, which is mechanically bonded to the base metal with heat and pressure. Vermeil is a more expensive version of "gold plated". It does not wear off as quickly as gold plating does. However, over time, vermeil wears off and therefore will require re-plating.
Gold/Platinum Embraced Silver or Bronze:
Our platinum and gold embraced collections feature layers of platinum or gold over sterling silver or bronze for a lustrous, radiant finish everywhere you look and touch.
To care for your plated jewelry items:
Platinum can be used as a finish coating over sterling silver or copper alloys. Its bright, pure luster enhances the brilliance of gemstones and does not discolor or oxidize. Platinum plating is also characterized by its good resistance to surface abrasion, making jewelry pieces more durable against everyday and long-term wear. Over time, platinum plating will wear off and therefore will require re-plating.
To care for your plated jewelry items:
On the Mohs Scale, which measures the hardness of minerals, cubic zirconia is an 8.0 to 8.5. It is important to understand that hardness is not necessarily related to durability. Even though diamond is the hardest mineral (10.0 on the Mohs Scale), it can still be chipped or broken.
The only ways to tell the difference between cubic zirconia and diamond are by use of a thermal probe, by weighing the loose stone or by microscopic examination of surface features and inclusions. Cubic zirconia weighs approximately 65% more than diamond. Therefore, while a 6.25 mm round diamond weighs about 1.00 carat, the same size cubic zirconia weighs about 1.65 carats. If you know the weight of a cubic zirconia, you can figure out the diamond weight equivalent by multiplying the cubic zirconia weight by 0.6, or 60%.
Few natural diamonds on the market today are perfectly cut, and those that are cost much more than the usual diamond. Unleashing the fire, beauty and brilliance of a stone depends on its precise cut. Simulated diamonds are an excellent balance between quality, beauty and price.
Brilliance: The white light leaving a jewel, traveling upward, which is visible to the eye. Brilliance is sometimes referred to as “sparkle.”
Dispersion: Flashes of rainbow colors. Also called “fire.”
Hardness: Resistance to scratching. The higher the number, the more resistant.
Luster: The shininess of a jewel.
Toughness: Resistance to breakage.
Created or Simulated Gemstones: How are created or simulated gemstones different from natural gemstones? Natural gems are created by the forces of nature and must be discovered, usually by digging in the ground or sifting through a riverbed. When these stones are created in a laboratory, they are called created, simulated or synthetic gemstones.
The purpose of creating gemstones in a laboratory isn’t necessarily to reduce the cost, but also to produce larger, more perfectly consistent stones. Created or simulated gems can be made of any material. Synthetic gems, however, share virtually all chemical, optical and physical characteristics of their natural mineral counterparts.
Austrian Crystals: These are known for their excellent reflective quality and prismatic brilliance. This man-made crystal is created using natural minerals and quartz sand, which are then heated and slowly cooled using a process similar to that of creating hand-blown glass. This process creates an end product that can be fashioned into a beautiful crystal.
A special machine is used to create a highly faceted crystal. The crystals are cut in various directions, which allows for excellent light refraction, exceptional brilliance and unsurpassed color quality at an affordable price.
Today Swarovski® is one of the largest suppliers of high-end crystals. In the late 1800s, Daniel Swarovski invented a machine to cut crystal with extreme precision. He patented his technique and to this day, only select Swarovski family members and employees have unrestricted access to the production facility that creates these crystals. They are used to decorate everything from stilettos and sculptures, to chandeliers, jewelry and clothing.