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February 14, 2025
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Lab Diamonds vs. Moissanite: Understanding Your Options for Custom Fine Jewelry

When choosing a centerpiece for your engagement ring or a special jewelry piece, lab-grown diamonds and moissanite are two popular, ethical alternatives to mined stones. Both offer brilliance and durability, but they cater to different preferences and budgets. At Oveela, we celebrate this diversity by crafting custom-designed jewelry in exquisite karat gold, tailored to highlight the unique beauty of either stone. Let’s explore their characteristics and how we can bring your vision to life. Lab Diamonds: Scientific Marvels with Timeless Appeal Lab-created diamonds are chemically, physically, and optically identical to natural diamonds—just formed in a controlled environment. Key Features: Composition: Pure carbon crystallized under high pressure and heat. Hardness: 10/10 on the Mohs scale (the hardest known material). Brilliance: Classic diamond fire and scintillation with a refractive index of 2.42. Color Range: Available in colorless (D-F) to near-colorless (G-J) grades, as well as fancy hues like pink or blue. Why Choose Lab Diamonds?Ideal for those who desire the prestige and timelessness of a diamond but prioritize sustainability and value. Moissanite: Dazzling Fire with a Modern Edge Originally discovered in a meteor crater, moissanite is now lab-created and cherished for its extraordinary sparkle. Key Features: Composition: Silicon carbide (SiC). Hardness: 9.25/10 on the Mohs scale (suitable for daily wear). Brilliance: Higher refractive index (2.65–2.69) than diamonds, creating intense rainbow flashes (“disco ball effect”). Color Range: Near-colorless (equivalent to G-H diamonds) or slight yellow/green tints in classic grades. Why Choose Moissanite?Perfect for lovers of bold sparkle and those seeking a larger carat size on a budget. Side-by-Side Comparison Feature Lab Diamonds Moissanite Composition Carbon Silicon carbide Hardness 10/10 (Mohs) 9.25/10 (Mohs) Refractive Index 2.42 2.65–2.69 Color Options Colorless, fancy colors Near-colorless, classic hues Price (1-carat) $800–$2,000+ $300–$600 Eco-Footprint Low energy/water use Low energy/water use Customization: Design Your Dream Piece At Oveela, we specialize in transforming these stones into bespoke jewelry that reflects your style: Cut Variety: Choose from classic rounds, elegant ovals, geometric princess cuts, or custom shapes. Metal Choices: Pair your stone with 10K, 14K, or 18K yellow, white, or rose gold for a harmonious look. Design Styles: Solitaires, halo settings, vintage-inspired filigree, or modern bezels. Why Both Stones Shine in Custom Jewelry Lab Diamonds: Perfect for heirloom-quality rings or minimalist pendants. Moissanite: Ideal for stackable rings, statement earrings, or nature-inspired designs. Conclusion Whether you’re drawn to the timeless elegance of lab diamonds or the fiery brilliance of moissanite, both stones offer ethical, stunning options for custom jewelry. At Oveela, we craft each piece to your exact specifications, ensuring your ring, necklace, or earrings are as unique as your story. By understanding their distinct qualities, you can confidently choose the gem that aligns with your aesthetic, values, and lifestyle. FAQs About Lab Diamonds & Moissanite Can a jeweler tell the difference between lab diamonds and moissanite? Yes—using specialized tools, but visually, they’re hard to distinguish for most. Which stone holds its value better? Lab diamonds retain closer resale value to natural diamonds; moissanite is more affordable upfront. Does moissanite look “fake” compared to diamonds? Moissanite has more rainbow sparkle, which some prefer! It’s a matter of taste, not authenticity. Can you pair lab diamonds and moissanite in one piece? Absolutely! Mixing them in a design creates contrast and depth. Do lab diamonds come with certifications? Yes! Reputable sellers provide IGI or GCAL reports for grading. Is moissanite suitable for daily wear? Yes—its hardness makes it durable for rings and bracelets. Can I get a fancy-colored lab diamond? Yes! Lab processes allow vibrant pinks, blues, and yellows. Which stone is more eco-friendly? Both have low environmental impact compared to mining, but lab diamonds mimic natural formation more closely. How do I clean my moissanite jewelry? Use mild soap, water, and a soft brush—just like lab diamonds! Can I customize the cut of my moissanite? Yes! We offer round, oval, emerald, and custom shapes.

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November 19, 2024
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The New Power of Brilliance: The Best Alternative to Natural Diamonds, Lab-Grown Diamonds

Laboratory Cultivation Diamond Market and Industry Trends The rise of laboratory-grown diamonds in the U.S. market has been unstoppable. The U.S. accounts for 80% of the world’s cultivated diamond market, a statistic that demonstrates its dominance in this field. In recent years, as technology continues to advance, cultivated diamonds are virtually indistinguishable from natural diamonds in terms of quality, and comparable to natural diamonds in terms of crystal structure integrity, transparency, refractive index, and color dispersion. This has led more and more U.S. consumers to turn their attention to lab-grown diamonds. Leading jewelry brands have also joined the cultivated diamond track. Swarovski launched its cultivated diamond brand Diama in 2017, diamond leader De Beers launched its lab diamond brand Lightbox Jewelry in 2018, and jewelry brand Pandora announced the full adoption of cultivated diamonds in the production of its new line of products in 2021. The addition of these brands has played a positive role in the promotion of cultivated diamonds in the U.S. market.As more and more consumers recognize the cost-effective and environmentally friendly advantages of cultivated diamonds, their future development prospects in the U.S. market are very promising. It is expected that with the further optimization of cultivation technology and the changing consumer attitudes of Millennials and Generation Z, the share of cultivated diamonds in the U.S. market will continue to expand. What Are Lab-Grown Diamonds? Lab-grown diamonds, also known as synthetic or cultured diamonds, are created in controlled laboratory environments. These diamonds replicate the natural growth process, offering identical physical, chemical, and optical properties. Unlike natural diamonds, lab-grown diamonds are a sustainable and ethical alternative. Why Choose Lab-Grown Diamonds? 1. Ethical Sourcing Lab-grown diamonds eliminate concerns about unethical mining practices. They are conflict-free, ensuring that no harm is caused to workers or communities. 2. Sustainable Brilliance Lab-grown diamonds are an eco-friendly choice. Their production minimizes environmental impact compared to traditional mining, reducing land degradation and water pollution. 3. Unmatched Affordability Lab-grown diamonds are significantly more affordable than natural ones. With savings of up to 40%, they provide exceptional value without compromising quality or brilliance. How Are Lab-Grown Diamonds Made? 1. High-Pressure High-Temperature (HPHT) Method The HPHT process mimics the Earth’s natural conditions. A diamond seed is placed under extreme pressure and temperature, producing a stunning diamond in weeks. 2. Chemical Vapor Deposition (CVD) Method The CVD method involves placing a diamond seed in a chamber filled with carbon-rich gases. Heat transforms the gases into plasma, allowing carbon atoms to crystallize and form a diamond layer by layer. Lab-Grown vs. Natural Diamonds: Key Differences 1. Origin Natural diamonds are mined from the Earth, while lab-grown diamonds are created in a lab setting. 2. Price Lab-grown diamonds cost less due to their efficient production methods. 3. Environmental Impact Lab-grown diamonds have a smaller carbon footprint, making them a greener alternative. Debunking Myths About Lab-Grown Diamonds 1. Are They Real Diamonds? Yes! Lab-grown diamonds are 100% real diamonds. They possess the same sparkle, hardness, and durability as mined diamonds. 2. Do They Last Forever? Absolutely. Lab-grown diamonds, like natural ones, are enduring and timeless. The Future of Jewelry As sustainability takes center stage, lab-grown diamonds are revolutionizing the jewelry industry. They align with modern values of ethical consumption, offering brilliance and beauty without compromise. Conclusion Lab-grown diamonds are the ultimate alternative to natural diamonds, blending ethical practices, sustainability, and affordability. Choosing them ensures a stunning piece of jewelry while contributing to a better future. Are Lab-Grown Diamonds Real? Yes, lab-grown diamonds are 100% real. They are identical to natural diamonds in every way, except for their origin. Are Lab-Grown Diamonds Cheaper? Yes, lab-grown diamonds typically cost 20-40% less than natural diamonds of comparable size and quality. A 2-carat natural loose diamond can cost tens of thousands of dollars, while a lab-grown loose diamond can cost as little as $2,000! Are Lab-Grown Diamonds Eco-Friendly? Lab-grown diamonds have a much smaller environmental footprint than mined diamonds. They avoid land degradation and excessive water usage associated with traditional mining. Can You Tell the Difference Between Lab-Grown and Natural Diamonds? No, lab-grown diamonds are indistinguishable from natural diamonds to the naked eye. Only specialized equipment can identify the origin of the diamond. Are Lab-Grown Diamonds Durable? Yes, lab-grown diamonds are as durable as natural diamonds. They have a Mohs hardness of 10, making them perfect for everyday wear. How to Change my Photo from Admin Dashboard? Yes, lab-grown diamonds are graded and certified by reputable gemological laboratories, such as IGI, based on the 4Cs (cut, color, clarity, and carat). Do Lab-Grown Diamonds Hold Their Value? While lab-grown diamonds are a more affordable option, their resale value is generally lower compared to natural diamonds. However, they offer significant initial savings. Why Should I Choose a Lab-Grown Diamond? Lab-grown diamonds are ethical, sustainable, and affordable without compromising quality or beauty. They are a modern choice for those who value responsible luxury.

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July 20, 2024
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New Jewelry Favorites, Lab-Grown Diamonds Educational Guide

Lab-grown diamonds, a product that has gained significant attention in the jewelry market in recent years, are gradually winning the favor of consumers with their unique advantages. However, there may still be misunderstandings and questions about Lab-grown diamonds. This article will provide a comprehensive overview of Lab-grown diamonds, helping you better understand and recognize this emerging type of jewelry. In the following sections, we will explain Lab-grown diamonds in detail from various aspects, including their definition, production process, advantages and disadvantages, identification certificates, and market development. Through this article, we hope to give you a more comprehensive and in-depth understanding of Lab-grown diamonds. 1. Background and Significance of Lab-grown diamonds 1.1 The Romantic Meaning of Diamonds Diamonds, long considered a token of love, have always carried a romantic meaning. The slogan “heirloom” has made diamonds a dream for countless people. However, as consumers increasingly pursue personal consumption and investment value, the traditional natural diamond market is gradually facing challenges. Issues such as high prices and sustainability have led some consumers to seek alternatives. In this context, lab-grown diamonds have emerged and become a topic of significant interest. 1.2 The concept of laboratory-grown diamonds Lab-grown diamonds, also known as cultivated diamonds or artificially cultivated diamonds, are diamond crystals that are artificially synthesized in a laboratory by simulating the environment and conditions under which natural diamonds are formed. These diamonds are not mined from the earth’s mineral deposits but are grown in the laboratory through high-tech methods. The process of cultivating diamonds is accomplished through two main techniques, the high temperature, high pressure method (HPHT) and the chemical vapor deposition (CVD) method.The HPHT technique induces the growth of diamond crystals by exposing a carbon source to the diamond crystal seeds under high temperature and high pressure conditions. This method produces good quality diamonds with high color grades and better clarity. CVD technology, on the other hand, grows diamonds by using a gaseous feedstock under low pressure and high temperature conditions. This method has the advantage of higher clarity and is usually used to produce larger carats. Cultivated diamonds are identical in composition, structure and appearance to natural diamonds, sharing the same physical, chemical and optical properties. Their transparency, refractive index, dispersion and other characteristics are similar to those of natural diamonds, and therefore they also share the same jewelry characteristics in terms of brilliance, luster, fire and scintillation. Cultivated diamonds and natural diamonds are both genuine diamonds, unlike imitation diamonds such as moissanite (carbon silica) and rhinestones (cubic zirconia). 1.3 The Difference and Connection Between Lab-Grown and Natural Diamonds 3.1 Definition and Production Process of Lab-Grown Diamonds As the name suggests, lab-grown diamonds are artificially synthesized diamonds produced in laboratories. They are created using high-tech equipment and advanced technology to simulate the environment in which natural diamonds form. Although their growth environment is a laboratory rather than deep within the Earth, lab-grown diamonds have the same chemical composition, physical, and optical properties as natural diamonds. 3.2 Formation and Origin of Natural Diamonds Natural diamonds form under high temperature and high-pressure conditions deep within the Earth and surface only after billions of years of geological changes. The mysterious and unknown formation process of natural diamonds is one reason they are so highly valued. 3.3 Comparison of Physical and Chemical Properties Between Lab-Grown and Natural Diamonds In terms of physical and chemical properties, lab-grown diamonds are almost indistinguishable from natural diamonds. Both are crystals made of pure carbon, possessing the same crystal structure integrity, transparency, refractive index, and dispersion characteristics. While professionals can distinguish between lab-grown and natural diamonds using high-tech equipment, the naked eye cannot detect any differences in appearance. 3.4 Price Advantage of Lab-Grown Diamonds Compared to natural diamonds, lab-grown diamonds are more affordable. Their production process can be controlled, generally resulting in higher quality than natural diamonds. Lab-grown diamonds can achieve very high standards of color and clarity, yet their price is only a fraction of that of natural diamonds. 3.5 Environmental and Ethical Benefits of Lab-Grown Diamonds The production of lab-grown diamonds avoids the environmental impact associated with natural diamond mining and reduces conflicts and issues related to diamond mining. Therefore, lab-grown diamonds are also seen as an environmentally friendly and ethical choice. 3.6 The Connection Between Natural and Lab-Grown Diamonds Despite the advantages of lab-grown diamonds in terms of production process and price, their connection to natural diamonds is inseparable. The development of lab-grown diamond production technology relies on a deep understanding of natural diamonds. Additionally, the emergence of lab-grown diamonds has impacted the natural diamond market, driving reforms and innovations in the industry. 2. Methods of Cultivating Lab-Grown Diamonds Lab-grown diamonds are primarily produced through two scientific methods: High-Pressure High-Temperature (HPHT) and Chemical Vapor Deposition (CVD). Both methods simulate the natural diamond formation process in a laboratory environment to create high-quality diamonds. First, let’s explore the High-Pressure High-Temperature (HPHT) method. This technique creates diamonds by simulating the high-pressure and high-temperature conditions found deep within the Earth. Specifically, carbon sources are exposed to a diamond seed under these conditions, encouraging the diamond crystal to grow. The advantage of the HPHT method is that it produces diamonds of excellent quality, with high color grades and better clarity. In terms of quality, HPHT technology offers clear benefits. Next, the Chemical Vapor Deposition (CVD) method is another primary technique for growing lab-grown diamonds. This method uses gaseous raw materials under low pressure and high temperature to cultivate diamonds in the lab. Compared to the HPHT method, CVD technology offers higher clarity and is particularly suitable for producing larger carat diamonds. There is no significant price difference between these two methods, allowing consumers to choose the one that best suits their needs. In summary, both the HPHT and CVD methods can successfully produce high-quality diamonds in the laboratory. These lab-grown diamonds have the same chemical composition, physical properties, and optical characteristics as natural diamonds, making them indistinguishable to the naked eye. This indistinguishability is one of the key reasons why lab-grown diamonds

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Lab Grown Diamond-
May 22, 2024
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Are Lab Grown Diamonds Real Diamonds?

Are Lab Grown Diamonds Real Diamonds Lab grown diamonds, also known as synthetic or cultured diamonds, are created using advanced technological processes that replicate the natural conditions under which diamonds form. The two primary methods for producing lab grown diamonds are High Pressure High Temperature (HPHT) and Chemical Vapor Deposition (CVD). HPHT Method: This technique mimics the high pressure and high temperature conditions found deep within the Earth. Carbon is subjected to extreme pressure and temperature, resulting in the formation of a diamond crystal. CVD Method: In this process, a diamond seed is placed in a chamber filled with carbon-rich gas. The gas is ionized into plasma, causing carbon atoms to deposit onto the seed and form a diamond layer by layer. Both methods produce diamonds that are chemically, physically, and optically identical to natural diamonds. Understanding Lab Grown Diamonds One of the primary advantages of lab grown diamonds is their environmental friendliness. Unlike natural diamonds, which are extracted through extensive mining operations that can harm ecosystems, lab grown diamonds require significantly less energy and resources. Additionally, they are free from the ethical concerns associated with conflict diamonds, ensuring that consumers can enjoy their purchase with a clear conscience. Comparing Lab Grown and Natural Diamonds Visually and structurally, lab grown diamonds and natural diamonds are nearly identical. Both types exhibit the same clarity, color, cut, and carat weight characteristics. However, there are subtle differences that can be detected using specialized equipment. For instance, lab grown diamonds may have different trace elements or growth patterns compared to natural diamonds. Despite these differences, the overall quality and appearance of lab grown diamonds are on par with natural diamonds. Physical and Chemical Properties of Lab Grown Diamonds Lab grown diamonds possess the same atomic structure and properties as natural diamonds. This means they share the same hardness (10 on the Mohs scale), high thermal conductivity, and distinctive brilliance. The optical properties of lab grown diamonds, such as their refractive index and dispersion, are identical to those of natural diamonds, making them indistinguishable to the naked eye. Advantages of Lab Grown Diamonds Lab grown diamonds offer several advantages over their natural counterparts: Environmental Benefits: The production of lab grown diamonds has a significantly lower environmental impact compared to traditional diamond mining, which can cause habitat destruction, soil erosion, and water pollution. Ethical Considerations: Lab grown diamonds are free from the ethical issues associated with conflict or blood diamonds. They are produced in controlled environments, ensuring fair labor practices and avoiding human rights abuses. Cost-Effectiveness: Lab grown diamonds are generally more affordable than natural diamonds of comparable quality. This cost advantage allows consumers to purchase larger or higher quality diamonds within their budget. Comparing IGI Certified Diamonds and Non-Certified Diamonds When it comes to purchasing diamonds, certification plays a crucial role in determining the value and authenticity of the gem. IGI certified diamonds undergo rigorous testing and evaluation, providing assurance of their quality. Non-certified diamonds, on the other hand, may lack this verification, leading to potential discrepancies in their advertised characteristics. Quality assurance is a significant advantage of IGI certified diamonds. The certification process ensures that the diamond’s cut, color, clarity, and carat weight are accurately represented, allowing buyers to make informed decisions. Furthermore, IGI certification enhances the resale value of diamonds, as certified gems are more likely to retain their worth over time. Consumer trust is also higher for certified diamonds, as the certification provides an additional layer of credibility and transparency. Common Myths and Misconceptions There are several myths and misconceptions surrounding lab grown diamonds that need to be addressed: Misconception: Lab Grown Diamonds Are Fake: Lab grown diamonds are not fake; they are real diamonds with the same chemical and physical properties as natural diamonds. The term “synthetic” refers to their origin, not their authenticity. Myth: Lab Grown Diamonds Are Inferior: Lab grown diamonds are not inferior in any way. They can be of equal or even superior quality to natural diamonds, depending on their production process and grading. Clarification: Authenticity and Quality: Lab grown diamonds undergo rigorous certification processes, similar to natural diamonds. Leading certification bodies, such as the International Gemological Institute (IGI), evaluate and certify lab grown diamonds, ensuring their authenticity and quality. The Future of Lab Grown Diamonds The future of lab grown diamonds looks promising, with technological advancements driving innovation and market growth. Developments in production techniques, such as improved HPHT and CVD methods, are enhancing the quality and affordability of lab grown diamonds. These advancements are expected to increase consumer acceptance and preference for lab grown diamonds. Market growth for lab grown diamonds is fueled by increasing awareness of their benefits. Select options Engagement and Wedding Ring Set, Lab Grown Diamond Ring Set, Moissanite Engagement Rings, Moissanite Ring Set 2 CT Oval Cut Moissanite Engagement Ring Set Half Eternity Band Wedding Ring 14K Solid Gold $1,228.00 Select options Engagement, Lab Grown Diamond Rings, Moissanite Engagement Rings, Shop All Rings 1 Carat Marquise Cut Moissanite Engagement Ring In 14K Rose Gold $646.00 Select options Lab Grown Diamond Rings, Moissanite Engagement Rings, Shop All Rings 1.5 Carat Pear Shape Moissanite Twist Engagement Ring In 14K Rose Gold $764.00 Select options Engagement, Lab Grown Diamond Rings, Moissanite Engagement Rings, Shop All Rings 1 Carat Bezel Set Kite Cut Moissanite and Emerald Three Stone Engagement Ring In 14K Rose Gold $645.00 Select options Engagement, Lab Grown Diamond Rings, Moissanite Engagement Rings, Shop All Rings 2 Carat Emerald Cut Bezel Moissanite Ring 14K Rose Gold Solitaire Rings $745.00 Select options Engagement, Lab Grown Diamond Rings, Moissanite Engagement Rings, Shop All Rings Art deco Vintage 1.5 Carat Oval Shaped Moissanite Ring In 14K Rose gold $759.00 FAQs About Lab Grown Diamonds Are lab grown diamonds cheaper than natural diamonds? Yes, lab grown diamonds are typically 30-60% less expensive than natural diamonds of comparable quality. This cost difference allows buyers to invest in higher quality or larger diamonds within their budget. Can you tell the difference between lab grown and natural diamonds? To the

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October 20, 2023
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Elevate Your Style: Bezel Rings with Various Cuts and Stunning Gemstones

When it comes to choosing the perfect ring, the options are nearly limitless. Among the many choices, bezel rings have gained significant popularity for their unique design and versatility. These rings feature a sleek metal rim that not only secures the gemstone but also adds a touch of elegance. What sets bezel rings apart is the variety of cuts and gemstones available, allowing you to create a one-of-a-kind piece that resonates with your personal style. In this post, we’ll explore the world of bezel rings, the different gemstone cuts, and the stunning stones that can elevate your jewelry collection. The Beauty of Bezel Rings A Secure Embrace for Your Gemstone Bezel rings are renowned for their secure settings that protect the gemstone while offering a contemporary and sleek look. The metal rim not only adds to the aesthetic appeal but also ensures your precious gemstone is well-guarded against daily wear and tear. Versatile Design Possibilities Bezel rings are incredibly versatile, allowing you to choose from a range of cuts and gemstones that align with your unique style. The metal rim can be customized in terms of thickness, detailing, and the type of metal, making it possible to craft a ring that perfectly embodies your preferences. Explore the Cuts Round Cut Bezel Rings The classic round cut is a timeless choice for bezel rings. Its symmetrical shape and 360-degree sparkle make it a popular option for those who appreciate traditional aesthetics. A round cut bezel ring exudes sophistication and versatility, suitable for all occasions. Round Cut Pink Sapphire Bezel Set Ring Round Cut Amethyst Bezel Ring Round Cut Lab Sapphire Bezel Ring Princess Cut Bezel Rings For those seeking a balance between tradition and modernity, the princess cut is an excellent choice. Its sharp corners and dazzling facets provide a contemporary edge while the bezel setting maintains a sense of sophistication. This cut complements both traditional and modern ring designs. Princess Cut Moissanite Bezel Set Ring Round Cut Amethyst Bezel Ring Emerald Cut Bezel Rings The emerald cut is characterized by its elongated rectangular shape and cropped corners. When set in a bezel, this cut exudes a sense of timeless grace. Emerald cut bezel rings are particularly captivating for those who appreciate understated elegance. Emerald Cut Moss Agate Bezel Ring Emerald Cut Sunstone Bezel Ring Emerald Cut Black Onyx Bezel Ring Oval Cut Bezel Rings Oval cut bezel rings offer a sense of uniqueness and sophistication. The elongated shape creates an illusion of greater size, making the gemstone appear larger than it actually is. This cut is an excellent choice for those who want a ring that stands out from the crowd. Oval Cut Blue Sandstone Bezel Ring Oval Cut Citrine Bezel Ring Oval Cut Aquamarine Bezel Ring Kite Cut Bezel Rings Kite-cut gemstones are named for their distinctive shape, resembling a kite or a diamond. This unique cut features sharp angles and an elongated silhouette that exudes edgy elegance. When set in a bezel, kite-cut gemstones create a striking contrast with the metal frame, making for an attention-grabbing and unconventional choice. Kite Cut Moss Agate Bezel Ring Kite Cut Lab Emerald Bezel Ring Kite Cut Moss Agate Bezel Ring Marquise Cut Bezel Rings Marquise-cut gemstones have an elongated, boat-like shape with pointed ends. When set in a bezel, marquise-cut stones offer a timeless and graceful look. The metal frame enhances the gem’s outline, resulting in a ring that exudes both tradition and sophistication. Marquise Cut Opal Bezel Ring Marquise Cut Moonstone Bezel Ring Marquise Cut Moss Agate Bezel Ring Pear Cut Bezel Rings Pear-cut gemstones, also known as teardrop or drop-shaped, combine the elegance of a round cut with a unique point at one end. The bezel setting complements the pear cut by emphasizing its shape and enhancing its feminine and sophisticated appearance. Pear Cut Alexandrite Bezel Ring Pear Cut Moonstone Bezel Ring Pear Cut Red Tourmaline Bezel Ring Discover the Stones Lab Diamonds: Timeless Elegance Diamonds have long been associated with timeless elegance and enduring love. Bezel-set diamond rings are not only classic but also an excellent choice for engagement rings. They come in a variety of cuts, allowing you to personalize your ring while maintaining the everlasting beauty of a diamond. Sapphires: Bold and Beautiful Sapphires, with their deep blue hues, are a symbol of wisdom and royalty. Bezel-set sapphire rings create a striking contrast between the metal rim and the vivid gemstone. These rings are perfect for those who want a pop of color and a touch of regal sophistication. Emeralds: Classic Charm Emeralds, with their rich green color, evoke a sense of classic charm. When set in a bezel, emeralds create a harmonious blend of vintage and contemporary design. Bezel-set emerald rings are a great choice for those who appreciate the allure of history. Moissanite: Sparkling Brilliance Moissanite, a lab-created gemstone, offers exceptional brilliance and durability. Bezel-set moissanite rings are an eco-friendly and budget-friendly choice that doesn’t compromise on beauty. These rings are perfect for those who want a sustainable and dazzling altern Alexandrite: The Chameleon Gem Alexandrite is renowned for its remarkable color-changing properties. In natural light, it can appear green, but in incandescent light, it transforms into a stunning shade of red. The bezel setting enhances the gem’s natural beauty and allows the color shift to take center stage, making each ring a conversation starter. Pear Cut Alexandrite Bezel Ring Oval Cut Lab Alexandrite Bezel Ring Emerald Cut Alexandrite Bezel Ring Black Onyx: Bold and Timeless Black Onyx is known for its deep black hue, symbolizing strength and self-confidence. When set in a bezel, it creates a bold and striking contrast with the metal frame. Bezel-set black onyx rings are perfect for those who appreciate the fusion of modern and timeless design. Half Bezel Hexagon Cut Black Onyx Ring Coffin Cut Black Onyx Bezel Rings Oval Cut Black Onyx Bezel Rings Moss Agate: Embracing Nature’s Beauty Moss Agate is celebrated for its moss-like inclusions and a spectrum of earthy colors. The bezel setting

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March 7, 2023
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Diamond Size Chart

Our collection includes a variety of sizes, shapes, and colors. Whether you are looking for a classic style or something more modern, you will find it here, ranging from 0.5 carats to 5 carats. Please refer to our diamond size chart to find the perfect match for your engagement ring.   We’ve put together a series of weight comparison charts for the hot diamond shapes on Oveela Jewelry! Round MM Size Oval MM Size Pear MM Size Princess MM Size Emerald MM Size Marquise MM Size Cushion MM Size Asscher MM Size Round MM Size Round MM Size 5.0mm /0.5ct 6.0mm /0.75ct 6.5mm / 1.0ct 7.0mm / 1.25ct 7.5mm / 1.5ct  8.0mm / 2.0ct 8.5mm / 2.5ct 9.0mm  / 3.0ct 9.5mm / 3.5ct 10.0mm / 4.0ct Oval MM Size Oval MM Size 6x4mm/0.5ct 7x5mm/1.0ct 8x6mm/1.5ct 9x6mm/1.8ct 9x7mm/2.1ct 10x7mm/2.5ct 10x8mm/3.0ct 11x8mm/3.5ct 11x9mm/4.0ct Pear MM Size Pear MM Size 7x5mm/0.8ct 8x5mm/1.0ct 8x6mm/1.2ct 9x6mm/1.5ct 9x7mm/1.8ct 10x7mm/2.0ct 12x8mm/3.5ct Princess MM Size Princess MM Size  5mm / 0.80ct 5.5mm / 1.0ct 6mm / 1.2ct 6.5mm / 1.5ct 7mm / 2.0ct 7.5mm / 2.5ct 8mm / 3.0ct 8.5mm / 3.5ct 9mm / 4.0ct 10mm / 5.0ct Emerald MM Size Emerald MM Size 7x5mm / 1.0ct 8x6mm / 1.5ct  9x6mm / 2.0ct 9x7mm / 2.5ct 10x8mm / 3.5ct 11x9mm / 4.75ct Marquise MM Size Marquise MM Size 8x4mm/0.5ct 10x5mm/1.0ct 11×5.5mm/1.5ct 12x6mm/1.8ct 13×6.5mm/2.2ct Cushion MM Size Cushion MM Size  5.5mm/0.85ct  6.0mm/1.1ct  6.5mm/1.3ct  7.0mm/1.5ct 7.5mm/2.0ct 8.0mm/2.5ct 8.5mm/3.0ct 9.0mm/3.5ct Asscher MM Size Asscher MM Size 6mm/1.0ct 6.5mm/1.5ct 7.0mm/2.0ct 7.5mm/2.2ct 8.0mm/3.0ct 9.0mm/4.0ct 10.0mm/5.5ct We have also written a series of blogs about the 4Cs of diamonds, , and a series of popular science you can check at any time. Material related:   Common types of jewelry metals Guide Gemstone related： Moissanite VS Diamonds Moissanite vs Lab Grown Diamonds Lab Grown Diamonds vs Natural Diamonds What Is Moissanite Diamond  

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March 7, 2023
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Moissanite vs Lab Grown Diamonds

Customers who are looking for natural diamond alternatives often ask us about information regarding lab-grown diamonds and other white-colorless gemstones, which simulate the look of diamonds to some extent. One popular comparison we are asked about is between moissanite and lab-grown diamonds: which is better? What are the differences between them? Although both are excellent choices for engagement rings, it is important to understand their similarities and differences, as well as their comparison to other colorless gemstones, so that you can make the best decision for yourself. In the laboratory, diamonds are cultured using cutting-edge technology to generate extremely high heat and pressure to cultivate them from carbon molecules. This technology replicates the natural process of diamond growth. The result is lab-created diamonds with all the same physical and chemical properties of diamonds mined deep within the earth. Since they are a perfect match from a chemical and physical perspective, lab-created diamonds are real diamonds, not diamond simulants. However, since they are grown in a laboratory through a controlled process, without the need for laborious excavation from the ground and a lengthy supply chain, they are much cheaper in price. Can you differentiate between Lab Grown and naturally diamonds： Lab Grown Diamonds using the same processes for grading and issuing certificates as mined diamonds. They use the same guidelines and tools for cutting and polishing. The Mohs hardness grade of Lab Grown Diamonds remains 10 and their composition is exactly the same as that of naturally diamonds. A question customers often ask is, “Can you differentiate between Lab Grown and naturally diamonds?” The answer is: if there is no magnifying glass to identify the laser inscription on the girdle of the diamond, the two varieties look identical. The origin of Moissanite, which was also created in the laboratory： On the other hand, Moissanite was first discovered in 1893 by the French scientist Henri Moissan. He found grains of this gem in a meteorite crater in Arizona, which was caused by a meteorite that had fallen to Earth. The crystal is composed of silicon carbide, and due to its extraterrestrial origin, natural silicon carbide is extremely rare. What we know of as Moissanite today has been successfully synthesized for production, and is now laboratory-made. Although both diamonds and Moissanite that are lab-cultivated are man-made, when viewed with the naked eye, they possess different chemical compositions and very distinct characteristics. As We Within the Jewelry Industry but Have To Admit, Moissanite Is Still Currently the Best Alternative to Diamonds, Not Just in Terms of Price, or With the Naked Eye.If You Have a Better Budget, Then Lab Grown Diamonds Are Definitely Your Only Choice. Cubic Zirconia VS Moissanite： Another well known diamond imitation is cubic zirconia, often referred to as cubic zirconia, Cz. Cubic zirconia is a synthetic zirconium dioxide that is softer than Moissanite, with a Mohs hardness of 8.5. This means that over time, with polishing wear and maintenance, it can easily lose its color. The biggest advantage of cubic zirconia is that it will become the most cost-effective diamond imitation on the market. But the biggest trade-off is hardness and durability. Over time, any flame and sparkle will naturally fade with continued wear and tear. In our advice, cubic zirconia is not an ideal choice for an engagement ring. They are not durable enough and unsuitable for daily wear and their appearance will quickly darken. The use of cubic zirconia is a common practice for fashionable jewelry, not considering any long-lasting jewelry. For engagement rings, they are simply not a viable option, even as accent stones or inlays. CZ is often used in many hip hop accessories, or in cheaper jewelry as they cannot give a promise or a special commemorative meaning. That’s right, because CZ can easily lose its luster! The conclusion of viable alternatives to natural diamonds. 1.Price: 1 carat round Prices Contrast Lab Diamond Around $1000 Moissanite Around $300 to $600 Observation: Naked eye recognition Lab diamonds are indistinguishable from natural diamonds and are very difficult to distinguish with the naked eye without the aid of instruments.is the highest choice as a promise, engagement ring。 Moissanite also has a high hardness and does not lose its luster in daily wear. Under a specific light source, his fire will shine more brightly than a diamond, and generally customers will only be judged by this method. Conclusion： Moissanite follows the same 4C standard as natural diamonds and lab diamonds. So if the parameters are lower moissanite has the same lack of dazzling light. We recommend a colorless moissanite with high clarity! For example, Forever One Moissanite, and our selection of Oveela Moissanite! For your engagement ring, a lab grown stone can provide a stunning diamond without the high cost or negative impact on the environment. With budget in mind, moissanite is also a very wise choice for you! Whichever you choose, it is an expression of commitment and love! Recommended Reading： We have also written a series of blogs about the 4Cs of diamonds, , and a series of popular science you can check at any time. Material related:   Common types of jewelry metals Guide Gemstone related： Moissanite VS Diamonds Moissanite vs Lab Grown Diamonds Lab Grown Diamonds vs Natural Diamonds What Is Moissanite Diamond

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March 7, 2023
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Lab Grown Diamonds vs Natural Diamonds

What Are Lab Grown Diamonds ( Cultivated Diamonds)? How Is It Different From a Natural Diamond? Lab-grown diamonds, also known as synthetic diamonds, are diamonds produced in a laboratory setting. They are created from a diamond seed crystal and a process of technological advancement called Chemical Vapor Deposition (CVD). This process uses carbon-rich gases to deposit onto the diamond seed crystal and create a layer-by-layer growth of a diamond. This process was developed in the 1950s and has since been improved upon to create diamonds of higher quality than mined diamonds. Lab-grown diamonds are identical to natural diamonds in every way, and are used in the same applications as mined diamonds. There are currently two methods of synthesizing gem-quality diamonds, one is high temperature and high pressure (HPHT) and the other is chemical vapor deposition (CVD). Lab-grown diamonds： This is done using the method of artificial diamond synthesis, which includes both HPHT (High Pressure High Temperature) and CVD (Chemical Vapor Deposition) methods of growing crystals. In terms of diamond identification, they are all referred to as “Laboratory Grown Diamonds”. Lab Grown Diamonds vs Natural Diamonds： Not only do their appearance and composition match, their physical and chemical properties are identical to those of natural diamonds. The difference lies in the way they are grown; natural diamonds are mined from the ground, whereas laboratory grown diamonds are cultivated by simulating the natural diamond growth environment in the laboratory. With the naked eye or traditional instruments, it is impossible to distinguish between them. If one does not rely on high-resolution instruments for identification, the only difference between them and natural diamonds may be “greater perfection in clarity” and “affordable prices”. Recommended Reading： We have also written a series of blogs about the 4Cs of diamonds, , and a series of popular science you can check at any time. Material related:   Common types of jewelry metals Guide Gemstone related： Moissanite VS Diamonds Moissanite vs Lab Grown Diamonds Lab Grown Diamonds vs Natural Diamonds What Is Moissanite Diamond

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