Please note due to the COVID19 we are experiencing unavoidable delays. Thank you for your patience.

Easy Returns Free Shipping Customizable Made In USA Financing Reviews

Halo Design Cushion Cut Moissanite Engagement Ring 14K Yellow Gold 0.88ct

Style# AZ475

Halo Design Cushion Cut Moissanite Engagement Ring 14K Yellow Gold 0.88ct

Name: Halo Design Cushion Cut Moissanite Engagement Ring 14K Yellow Gold 0.88ct
Brand: Allurez
SKU: AZ475

Style# AZ475

~~$2,695~~ 45% OFF

$1,497

Select Center Stone: Moissanites

Select Metal: 14K Yellow Gold

Ring Size: Ring Size Guide

Add Ons Warranty | Engraving | Appraisal

Customize Now

PRODUCT DETAILS

Nothing will please her more than a proposal topped off with this hypnotizing cathedral halo Moissanite engagement ring with approximately 0.88ctw of Moissanite flash.

Crafted of 14K yellow gold, a halo of diamonds surround a cushion cut center stone, further accented by an additional row of stones featured almost completely around the ring's band. In all there are 32 ideal cut side stones that will surely light up her life for now and forever.

Engagement Ring Information

Style Number :	AZ475
Metal :	14K Yellow Gold
Metal Color :	Yellow
Stone(s) :	Moissanite
Width :	4.4 mm (top), 2.5 mm (bottom)
Height :	3.1 mm (top), 1.9 mm (bottom)
Total Carat :	0.88
Approximate Metal Weight :	3.00 grams

Stone Information

Number Of Cushion Moissanites Moissanite, originally referred to as a rare mineral discovered by Henri Moissan, is a gem that has almost all of the qualities of a diamond. Its gemological characteristics are superior to naturally occurring stones in brilliance, fire dispersion and luster. Each moissanite stone is hand cut and individually faceted to share its very best light. Even professional jewelers might confuse a moissantie with a diamond unless looking at the stone under a microscope and testing it with professional tools. Moissanites make for a more affordable diamond alternative. Click here to learn more.	1
Clarity	SI1-SI2
Color	White
Setting Type	Prong
Carat Weight	0.5