14K White Gold 5 Ct Lab Grown Diamond Graduated Tennis Necklace 17 Inch

14K White Gold 5 Ct Lab Grown Diamond Graduated Tennis Necklace - 17 Inch

Product Overview

Discover elegance with our 14K White Gold 5 Carat Lab Grown Diamond Graduated Tennis Necklace, a timeless piece of jewelry designed to captivate and impress. Measuring 17 inches in length, this exquisite necklace features a graduated arrangement of sparkling lab grown diamonds, offering a stunning display of brilliance and sophistication.

Features

Main Specifications

• Metal Type: Genuine 14K White Gold
• Main Stone Shape: Brilliant Round
• Diamond Type: Lab Grown
• Diamond Color: E/F
• Diamond Clarity: VS
• Setting Style: 4-Prong
• Total Carat Weight: 5 Carats (5 CTW)
• Diamond Cut: Round
• Metal Purity: 14K
• Fastening: Secure Lobster Safety Lock

Value and Packaging

• Appraisal Value: $7,999
• Free Shipping: Within 24 Hours of Payment
• Included: Free Velvet Gift Pouch & Gift Box

Frequently Asked Questions (FAQ)

How Is A Lab Grown Diamond Made?

A lab grown diamond is created by replicating the natural conditions under which diamonds are formed in the earth. Carbon is subjected to high temperatures and pressure in a laboratory setting, resulting in the formation of a diamond. There are two primary methods for creating lab grown diamonds:

• HPHT Method: Involves placing a small diamond seed into a piece of carbon. The carbon is then pressurized and exposed to high temperatures, melting it and allowing a diamond to form around the seed.
• CVD Method: Involves placing a diamond seed into a sealed chamber filled with carbon-rich gases. These gases are ionized into plasma, breaking down the molecules and allowing pure carbon to adhere to the seed, forming a new diamond.

Are Lab Grown Diamonds Actual Diamonds?

Yes, lab grown diamonds are genuine diamonds. They have the same optical and chemical properties as natural diamonds, including the same shape, size, color, and clarity grades. The primary difference between lab grown and earth-mined diamonds lies in their formation process.