IGI Lab-Grown D-VVS Princess Cut Diamond Infinity Twist Solitaire Engagement Ring.

Celebrate love with the Lab-Grown Diamond Solitaire Engagement Ring, featuring a stunning princess diamond with four prong setting in D color and VVS clarity. Available in 0.20Ct to 2.00Ct and crafted in 9K or 18K white, yellow, rose gold, or platinum, it’s timeless, elegant, and sustainable.

Note: "Please ensure to mention your ring size when placing your order."

Key Features:

• Metal Options: Choose from premium 9K or 18K gold in white, yellow, or rose hues, or opt for timeless platinum for unmatched durability and elegance.
• Carat Weight Choices: Available in various carat weights from 0.20Ct to 2.00Ct, allowing you to select the perfect size for your style and budget.
• Diamond Quality: Features a D color, VVS clarity lab-grown princess diamond, offering unparalleled brilliance, fire, and a sustainable alternative to natural diamonds.
• Solitaire Setting: The classic and secure solitaire setting enhances the diamond’s sparkle, making it the centerpiece of this elegant design.
• Lifetime Warranty: Comes with a lifetime warranty, ensuring confidence and peace of mind with every purchase.
  

  • Engagement Ring Specifications

• • Specification	Details
    Diamond Weight	0.20Ct - 2.00Ct
    Main Stone Type	Lab-Grown Diamond (D Color, VVS Clarity)
    Main Stone Shape	Princess
    Manufacture	Made in the United Kingdom
    Metal Options	9K & 18K Gold (White, Yellow, Rose), 950 Platinum
    Sustainability	Lab-Grown Diamond (Conflict-Free & Eco-Friendly)
    Lifetime Warranty	Yes
    Return Policy	30-Day No Question Easy Return
    Handcrafted	Yes

  
  

Why Choose This Engagement Ring?

This lab-grown diamond solitaire engagement ring combines the beauty of superior craftsmanship with the sustainability of lab-grown diamonds. Its customizable options in metal type, carat weight, and timeless design make it the ideal choice for a proposal, anniversary, or any special occasion.

Please note that weights, gem colors, and sizes are approximate and may vary slightly.