Lab Grown Diamond Jewelry 14kw True Origin Lab Grown Diamond VS/SI, D E F, 5-Stone Band

# RM3286B

$519.95
USD

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Product Details

Details

Material: Primary - Purity:14K
Finish:Polished
Stone Type_1:Diamond, Lab Grown
Stone Quantity_1:5
Plating:Rhodium
Band Width:2.3 to 2 mm (tapered)
Stone Setting_1:Channel
Stone Weight_1:0.059 ct
Stone Clarity_1:VS/SI
Size (Minimum):6
Size (Maximum):8
Sizing Adjustment Increment:0.25
Feature:Solid
Manufacturing Process:Casted
Material: Primary:Gold
Completeness:Complete (all stones included)
Sizeable:Yes
Stone Shape_1:Round
Stone Size_1:2.5 mm
Thickness:1.1 mm
Engravable:Not Recommended
Packaging:Gift Boxed
Product Type:Jewelry
Jewelry Type:Rings
Sold By Unit:Each
Material: Primary - Color:White
Ring Type:Wedding Bands
Feature 2:Closed Back
Stone Creation Method_1:Lab Created
Stone Type (Other)_1:Side Stone Mounting(s)
Stone Color Grade_1:D-E-F

Name 14kw True Origin Lab Grown Diamond VS/SI, D E F, 5-Stone Band
Stock Number RM3286B
Department Fine Jewelry
Type Ring
Collection True Origin
Material White Gold

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D&D Jewelry in Walnut Creek CA Lab Grown Diamond Jewelry
Lab Grown Diamond Jewelry

True Origin™ Collection Lab-Grown diamonds are man-made diamonds that are chemically, physically, and optically identical to diamonds originating from nature. Both have the same chemical composition and atomic structure, producing the very same durability, fire, and sparkle.

Laboratory grown diamonds are a testament to the use of technology and human achievement. “Lab-Grown” most accurately describes the man-made diamond production process in which the crystal structure is grown from the seed diamond. Lab grown diamonds are the result of an extemporaneous crystallization process rather than a synthesis of compounds.

Lab-Grown diamonds utilize a Chemical Vapor Deposition (CVD) process or a High Pressure High Temperature (HPHT) method that cause carbon atoms to crystallize into the structure that renders them harder than any other form of carbon and harder than any other material. Both processes require advanced technological equipment and both produce rough diamonds that are then cleaned, cut, and polished in the very same way that naturally-occurring, mined diamond rough is processed.

Diamond growth can be initiated only when a pre-existing diamond seed or a sliver of diamond substrate is present for the carbon atoms to attach to and “learn” the diamond’s strong tetrahedral crystal lattice. The “seed” essentially serves as a blue print for the ...