Crystal Burgundy DeLite - SWAROVSKI FLATBACK

Crystal Burgundy DeLite (This color has a rich and deep purple/burgundy color with undertones of pink with subtle purple and blue highlights. Be aware in 2088 rhinestones, this color, while still gorgeous, gives off a very strong blue color when looking straight on. The burgundy color is obvious from an angle view.) Swarovski® Flatback No Hotfix Crystals are crystal elements backed with platinum foiling for extra brilliance and protection. They can be easily applied to a variety of carrier materials using standard glues and are available in a multitude of sizes, colors, shapes, and cuts. Make your nail designs stand out with brilliant sparkle using Swarovski Flat Back Crystals. Have fun and Create Your Own Style by applying a multitude of sizes ranging from SS 3 - SS 20 SS3 is the smallest flatbback, the 2000 Rose Fb which is the original 8-faceted cut featuring low profile perfect for nail art due to its tiny size. Color choices are limited. SS5, SS7, SS8, SS9 & SS10 are available in 2058 XILION Rose Enhanced cut. This flatback crystal features 14 alternating facets for intensified color. The table is also smaller and a higher profile allows more space for the facets to catch and reflect sunlight. SS12, SS14, SS16, & SS20 are available in the new XIRIUS 1088 cut. This cut features 16 facets and a small table. Using its most advanced patented cutting technology yet, X-Cut, combined with the latest crystal glass material, Advanced Crystal, and Silver Mirror Finish, Swarovski has created a final product which resembles a brilliant diamond more closely than ever. You can even mix and match our crystals with other colors, shapes and sizes! *For nail art, we recommend using gel to adhere the crystals. Gel does not harm the foil backing or the crystal surface as most nail glues do. Cyanoacrylate is a corrosive chemical found in most glues approved for use on nails, it will damage the foil backing of the crystal as well as create a cloudy appearance if it touches the crystal surface.