In the world of gemstones, diamonds have always been a symbol of luxury, elegance, and everlasting love. However, with advancements in technology, the jewelry industry has witnessed a significant transformation, giving rise to lab-grown diamonds. These man-made gems are nearly identical to their natural counterparts, but a pressing question remains: Do lab-grown diamonds pass a diamond tester? In this comprehensive article, we’ll delve into the fascinating world of lab-grown diamonds and explore whether they can stand up to the scrutiny of a diamond tester.
In situations where conventional diamond testers fall short, unable to differentiate between two seemingly identical stones, there are specialized resources that can discern a mined diamond from its lab-grown counterpart.
One such innovation is DiamondView, a creation of the prestigious Gemological Institute of America. This remarkable tool harnesses the power of ultraviolet (UV) lighting to unravel the distinctions between various types of precious stones.
When scrutinized under DiamondView’s UV illumination, a natural diamond typically exhibits straight and uniform growth patterns. In contrast, lab-grown diamonds tend to reveal captivatingly curved patterns, setting them apart from their earth-mined counterparts.
Moreover, another distinguishing characteristic emerges under DiamondView’s scrutiny: lab-grown diamonds glow with a subtle phosphorescence, while their mined counterparts remain unaltered in this regard. This sophisticated technology empowers gemologists and enthusiasts alike to unravel the secrets hidden within these exquisite stones, ensuring that the authenticity of each precious gem is confidently ascertained.
Understanding Diamond Testers
A diamond tester is a handheld or electronic device used to determine whether a gemstone is a real diamond or a simulant, such as cubic zirconia or moissanite. The primary function of a diamond tester is to detect the thermal conductivity of a gemstone, as diamonds have a unique thermal conductivity compared to most other gemstones. Here’s how a typical diamond tester works: Thermal Conductivity Test: Diamonds are excellent conductors of heat, so they disperse heat rapidly. When you touch a diamond tester’s probe to a real diamond, it quickly absorbs and disperses the heat, causing the device to register a genuine diamond. Measurement Display: Diamond testers typically have a display that indicates whether the gemstone is a real diamond or a simulant. Some testers use a scale or numerical value to represent the result, while others simply have binary indicators (e.g., “diamond” or “not diamond”). It’s important to note that diamond testers are not foolproof and have limitations. While they are useful tools for quickly distinguishing between diamonds and common simulants, they may not provide accurate results for all types of gemstones.Can Lab-Grown Diamonds Pass a Diamond Tester?
The short answer is yes, lab-grown diamonds can indeed pass a diamond tester. Lab-grown diamonds possess the same thermal conductivity as natural diamonds since they share the same crystal structure. This similarity makes it challenging for standard diamond testers to differentiate between the two. You may want to know does moissanite pass the diamond testerDifferentiating Lab-Grown Diamonds from Natural Diamonds
