Brilliant cuts, like the round and the oval, tend to have lots of fast-moving scintillation. Step-cut stones with large facets, like the Asscher, tend to have lots of slow-moving scintillation.įast-moving scintillation means that light jumps from facet to facet quickly. F&B makes you send it into a third party warranty company with zero. Slow-moving scintillation means that light goes from facet to facet slowly. Fire and Brilliance is a horrible company We bought an engagement ring and within the first 8 months it has broke three times. scores in the top category for all grade-setting determinants. Pave settings are set with more prominent prongs and this gives the setting a sort of cobblestone appearance. The difference is that micro-pave and petite pave settings feature smaller prongs that hold the diamonds in place micro prongs are smaller than petite prongs. It tends to reflect more colored light than white light, especially with crushed ice stones. If a diamond is poorly cut, it will lack brilliance no matter the size, color and clarity. There are three types of pave settings: micro-pave, petite pave and pave. Moissanite tends to have more fire scintillation than diamonds. ![]() You can see more white light than colored light on them - again, in our experience. ![]() Shapes with bigger crown facets tend to have more flash scintillation. The round brilliant cut is a good example it can have lots of colored light. In our experience, shapes with many small facets tend to have more fire scintillation. ![]() Flash scintillation refers to white light visible on a diamond’s crown.įire scintillation refers to colored light visible on a diamond’s crown.
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