Product code: 2 Carat Cushion Cut Halo Round highest Engagement Ring (14k Solid Rose Gold)
Like NEW- never used engagement ring size 6 Total 2 ct, round brilliant cut, D color, VVS1 clarity, 1.5 ct main stone, 7.5mm , lab created synthetic diamond Simulant. This fine cushion cut halo with round brilliant cut solitaire engagement ring features 2 carats of round brilliant cut lab created diamond simulants hand set on solid 14 karat rose gold. Diamond Simulant: Simulated diamonds are stones that looks highest like a diamonds but are not made of the same material as diamonds. These stones are made from very high-quality crystals, and they have been cut by hand (not machines) to look and feel 100% like diamonds. They have the same number of facets as natural diamonds and have been cut using Gemological Laboratory of America's (GIA) excellent cut criteria. On the Moh's scale of hardness, these stones rate anywhere from 9 - 9.20, with 10 being the hardest material on earth (a natural diamond is the hardest material on earth with a grade of 10 out of 10 on Moh's scale of hardness).
Like NEW- never used engagement ring size 6 Total 2 ct, round brilliant cut, D color, VVS1 clarity, 1.5 ct main stone, 7.5mm , lab created synthetic diamond Simulant. This fine cushion cut halo with round brilliant cut solitaire engagement ring features 2 carats of round brilliant cut lab created diamond simulants hand set on solid 14 karat rose gold. Diamond Simulant: Simulated diamonds are stones that looks highest like a diamonds but are not made of the same material as diamonds. These stones are made from very high-quality crystals, and they have been cut by hand (not machines) to look and feel 100% like diamonds. They have the same number of facets as natural diamonds and have been cut using Gemological Laboratory of America's (GIA) excellent cut criteria. On the Moh's scale of hardness, these stones rate anywhere from 9 - 9.20, with 10 being the hardest material on earth (a natural diamond is the hardest material on earth with a grade of 10 out of 10 on Moh's scale of hardness).