Christmas Sale 5.06 Ct. E/vvs2 Oval Lab Grown Diamond Device [Hrk5XhFo]

5.06 ct. E/VVS2 Oval Lab-Grown Diamond

Elevate your jewelry collection with our exquisite 5.06 ct. E/VVS2 Oval Lab-Grown Diamond. This stunning gem showcases the pinnacle of precision and craftsmanship. With its oval cut and VVS2 clarity, this diamond is a symbol of purity and elegance. Our lab-grown diamonds offer the same sparkle and beauty as their natural counterparts, but with the added benefit of sustainability and ethical sourcing.

• High Clarity: Enjoy the brilliance of a VVS2 clarity diamond, which boasts minimal inclusions that are invisible to the naked eye.
• Colorless: The E color grade ensures this diamond is virtually colorless, allowing its natural white light to shine through.

Product Specifications

This remarkable diamond is certified by the renowned IGI laboratory, ensuring its authenticity and quality. Its fluorescent rating is none, indicating no noticeable glow under UV light. The table depth of 63.0% highlights the diamond's perfect balance between size and light performance. The excellent symmetry and polish ensure that this diamond sparkles with unparalleled brilliance and clarity.

• IGI Certified: Trust the industry-leading IGI laboratory for precise and reliable certification.
• Excellent Symmetry & Polish: Achieve optimal light reflection and retention with this diamond's excellent symmetry and polish.

Perfect for Every Occasion

Whether you're searching for the perfect engagement ring or a stunning piece of jewelry for yourself, our 5.06 ct. E/VVS2 Oval Lab-Grown Diamond is a timeless addition to any collection. Its versatility makes it ideal for daily wear or special occasions, offering a touch of sophistication and luxury. This diamond is a symbol of commitment, purity, and timeless beauty, making it an ideal gift for loved ones.

• Unmatched Brilliance: Experience the brilliance and sparkle that only a high-quality diamond can offer.
• Ethical Sourcing: Choose a diamond that aligns with your values of sustainability and ethical practices.