Elevate your commitment with the stunning 14k Two-tone 1 1/2 Ct. Lab Grown Diamond Pear Solitaire Engagement Ring. This ring features a brilliant lab-grown diamond, expertly cut for maximum sparkle. The pear-shaped gemstone, with VS/SI+ clarity and G+ color, dazzles in a secure three-prong setting. Its polished, two-tone 14k gold band adds a touch of elegance, and with a width of 2.25 mm, it strikes a perfect balance between bold and delicate. Adjustable in sizes from 5 to 9, this substantial piece is both stylish and timeless. Make your moment unforgettable with the 14k Two-tone 1 1/2 Ct. Lab Grown Diamond Pear Solitaire Engagement Ring.

SKU: SOL-150PE-LG

UPC:

Precious Metal Type: 14k Two-tone

Width: 2.25 mm

Weight: 3.0 gm

Diamond Weight: 1.5 ct

Finish: Polished

Band Width: 2.25 mm

Feature: Solid

Stone Shape : Pear

Edge Type: Rounded

 

What Are Lab-Created Diamonds?

Lab-created diamonds are an exceptional blend of science and craftsmanship. While natural diamonds are formed deep within the earth over billions of years, lab-created diamonds are grown in controlled environments using advanced technology that replicates the natural process. By applying extreme heat and pressure, these diamonds are fully formed within weeks to months. Since they can be produced in abundance, lab-created diamonds are typically more affordable, making larger diamonds more accessible. However, their abundance may affect their long-term value.

Are lab-created diamonds the same as natural diamonds?
Lab-created diamonds share the same optical, physical, and chemical properties as natural diamonds. The primary difference lies in their origin and the time taken to form.

Is a lab-created diamond better?
Both lab-created and natural diamonds vary in grading. Lab-created diamonds often allow buyers to maximize their budget, offering more size for the same cost. Natural diamonds, however, are celebrated as unique works of nature.

Where do lab-created diamonds come from?
Lab-created diamonds are formed in laboratories using advanced technology. A diamond seed—a tiny carbon crystal—is exposed to high heat and pressure with a carbon coating to grow into a larger diamond crystal.

Are lab-created diamonds or natural diamonds higher quality?
Neither type is inherently higher quality, as both are available in a range of colors, cuts, clarity, and carat weights.

Can a trained eye distinguish lab-created from natural diamonds?
Because lab-created diamonds share the same optical, chemical, and physical characteristics as natural diamonds, they cannot be distinguished even under 10x magnification.