Durability of Lab Grown Diamonds: How Long Do They Really Last?

Picking the best-suited luxury gemstone proves a significant investment. It, however, does not happen by chance! From choosing what reflects your unique style and values to satisfying your sophisticated taste palette, the gemstone you select most strategically conveys a deeper expression of your emotions. 

Lab-grown diamonds steal the Spotlight 

When discussing gemstones, lab-grown diamonds, resplendence, sophistication, elegance, and finesse capture most eyeballs, stay in the limelight, and captivate hearts due to their flawless clarity and ethical origins. A lingering concern, however, might still hold you back. Ever questioned yourselves about how durable they are and how long they last?

It is very natural to worry about how long your fine jewelry will last. Most jewelry enthusiasts feel that opting for a manufactured stone would mean sacrificing sturdiness and structural integrity. The momentary thought of the sparkling engagement ring leaves you in tatters, scared it will lose its natural shine, get scratched or chipped, and lose its brilliance. When commissioning custom designs, robustness matters as much as the aesthetics.

Gemological science, fortunately, offers clear, straightforward answers. Reassuring as they are, a deep understanding of the structural integrity of lab-grown diamonds compared to their natural counterparts is required to make a confident purchase decision. Here are all the specific details you need to navigate the lifespan of the magnificent gemstones, along with steps to keep them pristine for generations.

Lab-Grown Diamonds

A detailed study of lab-grown diamonds begins with their lab-controlled manufacturing methods, which artificially replicate the environments that generate the extreme heat and pressure found deep beneath Earth's surface. The technically advanced yet sophisticated laboratory manufacturing technique results in a gemstone that is physically, chemically, and optically identical to a naturally mined diamond. 

Widely regarded as a contemporary advancement in jewelry history, lab-grown diamonds have established themselves as a top-end choice for luxury collectors. Guaranteeing state-of-the-art brilliance and clarity, lab-grown diamonds also offer notable ethical benefits. Having withstood the test of time, they are a favorite among discerning buyers for their unquestionable durability and longevity. 

Schedule a call, schedule a meet, or call now to speak directly with our master artisans and begin crafting your legacy. 

Do Lab-Grown Diamonds Hold Durability Similar to Natural Diamonds?

The straightforward answer is yes. Lab-grown diamonds retain the same rigidity as their natural counterparts and exhibit a similar chemical composition and crystal structure. Both are composed of pure carbon and crystallized in a robust isometric form. Their shared structure guarantees them unparalleled hardness, a characteristic trait that diamonds are globally recognized for. 

Having been gauged on Mohs scale of mineral hardness, a scale that calibrates gemstones’ hardness, or the ability to resist scratching, both lab-grown and natural diamonds achieve a perfect score of 10. Seeking a gemstone that strikes an aesthetic balance between incredible structural integrity and breathtaking brilliance, lab-grown gemstones outperform their rivals without a doubt. 

Lab-Grown Diamonds Longevity

When gauging gem durability, experts look beyond mere hardness. Professionals assess by analyzing toughness, structural integrity, and stability. 

Hardness Matters

As discussed before, lab-grown diamonds rival natural diamonds in hardness. From resisting scratches and surface indentations to enduring abrasions exceptionally well, ensuring every facet of the gemstone remains as sharp as it is reflective, through decades of wear.

Toughness Convinces

Toughness gives a measure of a material’s unique ability to resist any damage due to breakage, chipping, and cracking. Diamonds stay stunningly robust; no gemstones are entirely imperishable. If you strike your diamond against a hard surface with sufficient force, the impact could still be damaging. Certain cuts, such as emerald lab-grown diamonds, offer a robust yet magnificent shape, thereby eliminating exposed edges. 

Stability Beautifies

Stability is a measure of how a gemstone responds to rapid temperature changes, harsh chemicals, and varying environmental conditions. Lab-grown diamonds remain incredibly stable, withstanding substantial temperature ranges and remaining largely unaffected on exposure to everyday chemicals. With thorough care, lab-grown diamonds do retain their resplendent appeal and ornate appearance. Every lab-grown is admired most as an ideal centerpiece, garlanding heirloom jewelry. 

How is the Durability of Lab-Grown Diamonds Affected by External Factors 

While the diamonds themselves are exceptionally resilient, a few external factors can influence their long-term safety. 

Gemstone Quality 

Not all diamonds are manufactured with the intent of meeting the same standards. From a stone’s cut to its clarity, these are factors that could directly influence its structural strength. A gemstone possessing a sub-standard cut, features disproportionately thin girdles, showcasing weak points vulnerable to chipping. Sourcing top-end lab-grown diamonds from master artisans who know every nuance of gem cutting is key to investing well.

Specialized Jewelry Setting

How your gemstone is mounted plays a key role in its protection. A professionally curated, expertly crafted setting protects the gemstone's exposed, fragile components. If shapes with sharpened ends are your priority, particularly pear lab-grown diamonds, a specialized setting (like a V-prong) is vital to protect the tip from accidental impacts. 

Regular Upkeep

Regular maintenance is required to keep your fine jewelry protected. Annual professional inspections ensure the prongs keep your gemstone securely in place and undamaged, safeguarding against accidental loss. 

Lab-Grown Diamond Treatments- How Durability is Affected

Most lab-grown diamonds undergo targeted treatments for refining their texture and clarity. Methods such as High-Pressure High-Temperature (HPHT) and Chemical Vapor Deposition (CVD) closely mimic natural geological processes. 

Such treatments remain unquestionably permanent, compromising neither the strength nor the structural integrity of the gems. Treated lab-grown diamonds never fade; they don't degrade, nor do they become brittle over time. Their robustness levels replicate those of untreated stones.

Do Lab-Grown Diamonds Stay Durable for Regular Wear

Undoubtedly! Lab-grown diamonds not only remain durable but also become an enticing option for everyday wear. Manufactured to offer superior scratch resistance, the gemstone endured the rigors of daily life while maintaining its trademark sparkle. 

Staying an accessible luxury possession, their reach and popularity make them an ever-sparkling engagement ring option, regularly worn. No matter how it is set, whether in a bespelling engagement ring, a refined bracelet, or a masterful stud earring. Lab-grown diamonds do have the structural integrity and resilience needed for regular use. 

Steps to Care for Your Lab-Grown Diamond

• Continued Cleaning: Regularly cleaning your jewelry gently using home remedies, typically including warm water, mild dish soap, and a soft-bristled brush, proves effective. The routine removes accumulated oils and lotions, which temporarily block light from entering the stone. 

• Refrain from Harsh Chemicals: While the gemstone itself remains chemically stable, the precious metals that hold it are not. Your jewelry pieces should be kept away from harsh chemical reagents, such as chlorine or bleach, to avoid potential damage to gold or platinum settings.

• Maintain Professionally: Visit an expert jeweler annually. They will provide a deep ultrasonic cleaning and verify that your setting remains structurally sound. 

Lab-Grown Diamonds Durability Misconceptions

A prevalent myth in the gem and jewelry market holds that lab-grown diamonds are inherently more fragile than naturally mined diamonds. This, however, is scientifically false. Both versions share similar physical properties and are equally sturdy. 

Another baseless rumor is that artificial diamonds fade or become cloudy over time. In reality, however, lab-grown diamonds do retain their pristine structure, radiating perpetual brilliance, having been kept clean, aesthetic, and secure. 

FAQs- Lab-Grown Diamond Durability

1. Do lab-grown diamonds lose their luster with time?

No, they don’t! Possessing the same optical properties as natural diamonds, lab-grown diamonds have a permanent sparkle. Temporary dullness may be due to accumulated surface dust and is corrected with immediate cleaning. 

2. Do lab-grown diamonds chip or break?

No gemstone is entirely secured against damage due to chipping or breakage. Lab-grown diamonds are no more likely to chip than a natural diamond. With no gem being completely immune to harsh external impacts, it is crucial to protect them from sharp blows. 

3. Can lab-grown diamonds endure regular wear?

Yes, a lab-grown diamond is typically suited to everyday wear and is known for its durability. However, with careful routine cleaning and periodic professional assessments, it is necessary to preserve their innate beauty.

Craft Your Legacy with LA Chic Jewelry

You are no longer in a position to pick between ethical peace of mind, scintillating beauty, and eternal durability. Lab-grown diamonds cover all, thereby ascertaining your investment in prestige, and the timeless luxury icon stays as radiant as it remains robust.

At LA Chic Jewelry, we bring over 35 years of masterful expertise to every piece we craft. As a Los Angeles–based jewelry manufacturer led by master artisans across three generations, we specialize in lab-grown and natural diamond jewelry, as well as high-quality AAA-certified cubic zirconia. We take immense pride in our focus on engagement rings and bespoke designs, ensuring your vision comes to life with uncompromising quality.