Lab Grown Diamond 0.52 Caret STONE- Round and similar items

Lab Grown Diamond 1.16 CARET STONE- ROUND SHAPE -VVS2 -E COLOUR - IGI CERTIFIED Stock#734929Report NoLG571322442ShapeROUNDCts1.16ColorEClarityVVS2LabIGICutIDPolEXSymEXFlourNONEDepth%59.4Table%59Length6.8Width6.82Depth4.04Ratio-CuletPOINTEDC/A-C/H13P/A-P/H42.5 - 40.3BrandHPAGCountry Of Origin-HCAPlease note that we are listing all of our stone's color clarity grade as per IGI Lab Report. IGI Lab is the 2nd most reputable trustworthy Lab after GIA. Every person can have a different opinion about the color clarity of the stone. So the stones you are getting can be one or two grades lower in color clarity grade as per GIA standards but as IGI standards those are as mentioned in the listing. So the stones you are getting can be e to g in color vvs2 to vs2 in clarity grades as per GIA standards but as IGI standards those are as mentioned in the listing. how practical it is to use $75000 (3 Carat E VS!) Natural Diamond stone standard for the same color clarity grade (3 Carat EVS1) Lab Grown Stone which you are getting for $750. My advice to you is whatever authenticity says please please get the stone if you do not like then I will accept the return without any question in the next 30 days of purchase. I don't want you to miss the great opportunity to buy those beautiful lab grown stones which are 100% the same chemical other properties wise as natural Diamonds at 1% of price compared to Natural Diamond. Terms Conditions: Kindly keep this in mind before making your purchase that we are selling our Lab grown diamonds on multiple platforms. The Diamond you receive will be exact color, clarity and cut. The only difference could be the IGI certificate which might differ from the listed stone. We highly appreciate your cooperation. Lab IGI Report# - Shape Round Carat 0.52 Color D Clarity VS1 Cut Very Good Polish Very Good Symmetry Very Good Fluor None Location New York, United States Depth 60.6% Table 61% Girdle Slightly Thick-Thick (FT) Crown 12.5%, 32.4 (description exceeds maximum possible length)