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Gold vs Gemstones – The Fundamental Difference Gold is a standardized commodity.A gram of gold is the same everywhere, every day. Gemstones are natural, unique products.No two rubies or sapphires are identical. Their value depends on: Colour Clarity Size Treatment Origin Market demand at a given time Why Fixed Buy-Back Is Not Realistic A ruby purchased today may: Be in higher demand tomorrow Or face lower demand due to market supply Unlike gold, gemstones: Do not trade on an exchange Do not have daily fixed prices Are valued individually by experts What Ethical/Responsible gemstone sellers Do Instead Fully disclose treatments Explain pricing logic Offer conditional buy-back, not false guarantees Help buyers choose stones suited to their purpose At Lala's Sons Gems, we follow this honest approach. Our Commitment We do not sell gemstones by promising guaranteed profits. We sell them by offering: 1.Correct guidance 2.Fair pricing 3.Long-term trade support This protects both buyers and sellers.
Gold vs Gemstones – The Fundamental Difference Gold is a standardized commodity.A gram of gold is the same everywhere, every day. Gemstones are natural, unique products.No two rubies or sapphires are identical. Their value depends on: Colour Clarity Size Treatment Origin Market demand at a given time Why Fixed Buy-Back Is Not Realistic A ruby purchased today may: Be in higher demand tomorrow Or face lower demand due to market supply Unlike gold, gemstones: Do not trade on an exchange Do not have daily fixed prices Are valued individually by experts What Ethical/Responsible gemstone sellers Do Instead Fully disclose treatments Explain pricing logic Offer conditional buy-back, not false guarantees Help buyers choose stones suited to their purpose At Lala's Sons Gems, we follow this honest approach. Our Commitment We do not sell gemstones by promising guaranteed profits. We sell them by offering: 1.Correct guidance 2.Fair pricing 3.Long-term trade support This protects both buyers and sellers.
At Lala’s Sons Gems we grade every ruby and pink sapphire using a simple Color–Clarity code so you know exactly what you’re buying. Color is marked from A to F, where A is Deep Red, B is premium Pigeon Blood Red, C is Vivid Red, D is Pinkish Red, E is Hot Pink and F is Soft Pink. Clarity is marked from 1 to 7, where 1 means Excellent clarity (very clean) and 7 means Opaque. This helps you compare stones easily — for example, B/2 means Pigeon Blood Red with Fine Clarity. Our goal is complete transparency so you can choose the perfect gemstone based on color, clarity, look and budget
At Lala’s Sons Gems we grade every ruby and pink sapphire using a simple Color–Clarity code so you know exactly what you’re buying. Color is marked from A to F, where A is Deep Red, B is premium Pigeon Blood Red, C is Vivid Red, D is Pinkish Red, E is Hot Pink and F is Soft Pink. Clarity is marked from 1 to 7, where 1 means Excellent clarity (very clean) and 7 means Opaque. This helps you compare stones easily — for example, B/2 means Pigeon Blood Red with Fine Clarity. Our goal is complete transparency so you can choose the perfect gemstone based on color, clarity, look and budget
Rubies, prized for their vivid red hue and exceptional hardness, have fascinated gem enthusiasts and scientists alike for centuries. However, not all rubies found in the market are entirely natural in their appearance. To enhance clarity, color, and overall market value, many rubies undergo treatment processes—most commonly heat treatment and glass-filling. While these methods can significantly improve a stone’s visual appeal, they also alter its internal structure, stability, and authenticity. Understanding the scientific principles behind these enhancements allows gemologists, jewelers, and buyers to distinguish between natural, heated, and glass-filled rubies with precision, ensuring transparency and informed decision-making in the gemstone trade. Ruby Treatment Processes Heat Treatment Heat treatment is the most common enhancement process used to improve the color and clarity of rubies. The technique involves subjecting the gemstone to temperatures ranging from 800°C to 1800°C in a controlled environment, often with the presence of flux or other stabilizing agents.It dissolve rutile silk inclusions that cause opacity or a cloudy appearance, enhance or stabilize color and heal minor fissures and improve transparency through thermal diffusion. Glass-Filling Treatment Glass-filling (or lead-glass treatment) is a more intensive enhancement designed to improve the transparency of heavily fractured or low-grade rubies. The process involves filling surface-reaching fractures with lead-based glass or a similar high-refractive-index material.The ruby is cleaned to remove impurities from fractures.It is then coated with a mixture of lead oxide, silica, and flux.The stone is heated to approximately 900–1100°C, allowing the glass to melt and flow into fractures.Upon cooling, the fractures are sealed with glass, significantly improving apparent clarity. Identification Techniques for Natural, Heated, and Glass-Filled Rubies Gemological identification relies on microscopic observation, advanced spectroscopy, and chemical analysis to distinguish natural rubies from their treated counterparts. Each enhancement process leaves diagnostic features that can be recognized through careful examination. 1. Microscopic Examination The gemological microscope is the most powerful tool for identifying ruby treatments. Natural Ruby:Displays undisturbed rutile silk (fine needles), mineral inclusions, and fingerprint patterns that form naturally under geological conditions. The inclusions appear crisp and unaltered, with no signs of melting or distortion. Heated Ruby:Shows partially or completely dissolved rutile silk, sometimes leaving behind “snowball” inclusions or discoid tension halos around crystals. The presence of heat-altered inclusions (melted or diffused) is a strong indicator of thermal treatment. Glass-Filled Ruby:Exhibits gas bubbles, flow lines, and irregular glassy patches inside fractures. A characteristic “blue or orange flash effect” may appear under reflected light. Under darkfield illumination, filled fractures may show different luster or refractive contrast compared to the natural ruby. 2. Refractive Index (RI) and Specific Gravity (SG) Natural/Heated Rubies:Have a consistent RI of 1.762–1.770 and SG of 3.99–4.05, with minimal variation after heat treatment. Glass-Filled Rubies:May show lower SG (around 3.60–3.90) due to the presence of lead glass, and localized RI variations where filling material occurs. 3. UV Fluorescence Natural and Heated Rubies:Typically fluoresce strong red under long-wave UV light, due to chromium content. Glass-Filled Rubies:May show weaker or uneven fluorescence because the glass filling dampens UV response and creates inconsistent optical pathways. 4. Spectroscopic Analysis: Visible and UV-Vis-NIR Spectroscopy:Under this Heated stones display sharper or more uniform bands due to improved color consistency. FTIR (Fourier Transform Infrared) Spectroscopy:Can detect residues from flux or glass material. Raman Spectroscopy:Identifies the presence of lead glass within fractures . This non-destructive method is a reliable confirmation for glass-filled rubies. 5. Immersion and Lighting Tests: Immersing the ruby in methylene iodide under fiber-optic lighting reveals treatment boundaries: Natural Rubies: Show sharp internal features and consistent body color. Heated Rubies: Display slightly blurred inclusions but maintain structural uniformity. Glass-Filled Rubies: Show distinct refractive mismatches between ruby and glass-filled areas, appearing as flash-like zones or “web-like” fracture networks. 6. Chemical and Elemental Analysis: Advanced techniques like EDXRF (Energy-Dispersive X-ray Fluorescence) or LA-ICP-MS (Laser Ablation Inductively Coupled Plasma Mass Spectrometry) are used in gemological laboratories to detect origin, treatment analysis and definitive indicator of glass-filling. 💎 Stay tuned for our next blog by" Lala’s Sons Gems" where we continue to reveal the science and secrets behind gemstone beauty, authenticity, and value. ✨
Rubies, prized for their vivid red hue and exceptional hardness, have fascinated gem enthusiasts and scientists alike for centuries. However, not all rubies found in the market are entirely natural in their appearance. To enhance clarity, color, and overall market value, many rubies undergo treatment processes—most commonly heat treatment and glass-filling. While these methods can significantly improve a stone’s visual appeal, they also alter its internal structure, stability, and authenticity. Understanding the scientific principles behind these enhancements allows gemologists, jewelers, and buyers to distinguish between natural, heated, and glass-filled rubies with precision, ensuring transparency and informed decision-making in the gemstone trade. Ruby Treatment Processes Heat Treatment Heat treatment is the most common enhancement process used to improve the color and clarity of rubies. The technique involves subjecting the gemstone to temperatures ranging from 800°C to 1800°C in a controlled environment, often with the presence of flux or other stabilizing agents.It dissolve rutile silk inclusions that cause opacity or a cloudy appearance, enhance or stabilize color and heal minor fissures and improve transparency through thermal diffusion. Glass-Filling Treatment Glass-filling (or lead-glass treatment) is a more intensive enhancement designed to improve the transparency of heavily fractured or low-grade rubies. The process involves filling surface-reaching fractures with lead-based glass or a similar high-refractive-index material.The ruby is cleaned to remove impurities from fractures.It is then coated with a mixture of lead oxide, silica, and flux.The stone is heated to approximately 900–1100°C, allowing the glass to melt and flow into fractures.Upon cooling, the fractures are sealed with glass, significantly improving apparent clarity. Identification Techniques for Natural, Heated, and Glass-Filled Rubies Gemological identification relies on microscopic observation, advanced spectroscopy, and chemical analysis to distinguish natural rubies from their treated counterparts. Each enhancement process leaves diagnostic features that can be recognized through careful examination. 1. Microscopic Examination The gemological microscope is the most powerful tool for identifying ruby treatments. Natural Ruby:Displays undisturbed rutile silk (fine needles), mineral inclusions, and fingerprint patterns that form naturally under geological conditions. The inclusions appear crisp and unaltered, with no signs of melting or distortion. Heated Ruby:Shows partially or completely dissolved rutile silk, sometimes leaving behind “snowball” inclusions or discoid tension halos around crystals. The presence of heat-altered inclusions (melted or diffused) is a strong indicator of thermal treatment. Glass-Filled Ruby:Exhibits gas bubbles, flow lines, and irregular glassy patches inside fractures. A characteristic “blue or orange flash effect” may appear under reflected light. Under darkfield illumination, filled fractures may show different luster or refractive contrast compared to the natural ruby. 2. Refractive Index (RI) and Specific Gravity (SG) Natural/Heated Rubies:Have a consistent RI of 1.762–1.770 and SG of 3.99–4.05, with minimal variation after heat treatment. Glass-Filled Rubies:May show lower SG (around 3.60–3.90) due to the presence of lead glass, and localized RI variations where filling material occurs. 3. UV Fluorescence Natural and Heated Rubies:Typically fluoresce strong red under long-wave UV light, due to chromium content. Glass-Filled Rubies:May show weaker or uneven fluorescence because the glass filling dampens UV response and creates inconsistent optical pathways. 4. Spectroscopic Analysis: Visible and UV-Vis-NIR Spectroscopy:Under this Heated stones display sharper or more uniform bands due to improved color consistency. FTIR (Fourier Transform Infrared) Spectroscopy:Can detect residues from flux or glass material. Raman Spectroscopy:Identifies the presence of lead glass within fractures . This non-destructive method is a reliable confirmation for glass-filled rubies. 5. Immersion and Lighting Tests: Immersing the ruby in methylene iodide under fiber-optic lighting reveals treatment boundaries: Natural Rubies: Show sharp internal features and consistent body color. Heated Rubies: Display slightly blurred inclusions but maintain structural uniformity. Glass-Filled Rubies: Show distinct refractive mismatches between ruby and glass-filled areas, appearing as flash-like zones or “web-like” fracture networks. 6. Chemical and Elemental Analysis: Advanced techniques like EDXRF (Energy-Dispersive X-ray Fluorescence) or LA-ICP-MS (Laser Ablation Inductively Coupled Plasma Mass Spectrometry) are used in gemological laboratories to detect origin, treatment analysis and definitive indicator of glass-filling. 💎 Stay tuned for our next blog by" Lala’s Sons Gems" where we continue to reveal the science and secrets behind gemstone beauty, authenticity, and value. ✨
