abrasive powder

Product Details:

Our customers can avail from us a wide range of Natural Process Crystal Diamond. Obtained from the mines, these natural diamond grains are chemically treated, which help in producing premium polished surfaces. Moreover, to ensure their safe transportation, these diamonds are packed using high-grade packaging material.
This product used to Aerospace,  bearing,  rotary dresser,  rolling diamond dresser,  making drugs pharmacy,  core drill diamond bits,  scrub,  makeup  and  car glossy. 
Natural Stone - Brown 
Size
14/16 Mesh to 40/50 Mesh size available
Shapes
Original Crystal in cubes octahedral - decahedral
Color
Grey white, Blacking having nats
Toughness
Varies and depends on inclusion
Applications
Die - Making- Dressing, Jewellery moulds & ornaments.
Diamond Bhasma:-
Diamond Bhasma is an ayurvedic preparation obtained from purified diamond ash.
it is used in the treatment and management of internal abscess, cancer, tumor, diabetes, obesity, infertility, fistula, urinary problems, vertigo, angina pectoris, tuberculosis, anemia, rheumatoid arthritis and other inflammatory conditions.
and thus improves overall stamina and body immunity.
Its use in preparation of  heerak kani, heera bhasma, diamond dust. Natural diamond dust has several uses due to its exceptional hardness, thermal conductivity, and optical properties. Here are some of the most notable uses: # Industrial Applications 1. *Drilling and cutting tools*: Diamond dust is used to create drilling and cutting tools for various industries, including oil and gas, mining, and construction. 2. *Polishing and lapping*: Diamond dust is used to polish and lap surfaces, such as metal, glass, and ceramics, to achieve high-precision finishes. 3. *Abrasives*: Diamond dust is used as an abrasive in various industrial processes, such as cleaning, deburring, and surface preparation. # Technological Applications 1. *Electronics*: Diamond dust is used in the production of electronic components, such as semiconductors, transistors, and diodes. 2. *Windows and optics*: Diamond dust is used to create specialized windows, lenses, and optics for applications such as spectroscopy, laser technology, and X-ray detection. 3. *Quantum computing*: Diamond dust is being researched for its potential use in quantum computing and quantum sensing applications. # Medical and Cosmetic Applications 1. *Dermabrasion*: Diamond dust is used in dermatology for skin exfoliation and resurfacing treatments. 2. *Cosmetics*: Diamond dust is sometimes used in high-end cosmetics and skincare products due to its supposed antioxidant and anti-aging properties. # Artistic and Craftsmanship Applications 1. *Jewelry making*: Diamond dust is used by jewelers to create intricate designs and patterns on metal and other materials. 2. *Art restoration*: Diamond dust is used by art conservators to clean and restore delicate surfaces, such as paintings and sculptures. These are just a few examples of the many uses of natural diamond dust. Its unique properties make it a valuable material in various industries and applications.

Additional Information:

• Pay Mode Terms: T/T (Bank Transfer)
• Production Capacity: 100 kg per month
• Delivery Time: 10
• Packaging Details: As per Customer Requirements.

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Synthetic Diamond powder Blasting media grits size: Synthetic Diamond Powder for Blasting Media – Grit Size Guide When used as blasting media, synthetic diamond powder is applied in high-precision surface treatments where extremely hard, durable, and sharp abrasives are required — such as in tool sharpening, coating preparation, die cleaning, or surface activation. Common Grit Sizes for Diamond Blasting Media Blasting-grade synthetic diamond is typically available in coarse mesh sizes rather than micron sizes. Grit / Mesh Size Particle Size Range (µm) Application 20/25 mesh 710 – 850 µm Heavy-duty surface roughening 30/40 mesh 425 – 600 µm Metal preparation, descaling 40/60 mesh 250 – 425 µm Mild-to-medium abrasive blasting 60/80 mesh 180 – 250 µm Light blasting, tool cleaning 80/100 mesh 150 – 180 µm Fine surface texturing 100/120 mesh 125 – 150 µm Polishing pre-treatments 120/150 mesh 100 – 125 µm Precision blasting for electronics, ceramics. Key Properties of Diamond Blasting Grit: Extreme Hardness (Mohs 10) – Cuts and cleans even the hardest surfaces Reusability – Longer lifespan than other abrasives (e.g., aluminum oxide) Sharp Edged or Blocky Shapes – Available depending on blasting need Thermal Stability – Withstands high-friction blasting operations Applications: Surface preparation of hard metals, ceramics, and glass Removal of coatings or oxides from precision components Micro-blasting in electronics and aerospace industries Creating rough surfaces before coating or brazing

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Natural Diamond Micron Powder Our natural diamond micron powder is consistent in quality and size and is generally available in one main quality that meets most of our customer requirements. Specially Applications ID-Saws / Wire-Saws We do however have other specially graded micron powder which is produced especially for the semi-conductor industry (ID-Saws and Wire-Saws). This has very successful. A high percentage of this close tolerance material is used for cutting materials for the semiconductor industry and must therefore be discussed. Its say like Diamond chura, heerak kani, heera bhasma, diamond dust. Sizes Available Our micron stars at 0-0.25 micro; micron and is available in sizes going up to 70 micro; micron.Special sizing can be discussed.

Additional Information:

• Item Code: NDPM
• Production Capacity: 20 KG EACH SIZE
• Delivery Time: 3 DAYS
• Packaging Details: AS PER CUSTOMER REQUIRED

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Synthetic Diamond powder 400 mesh :- Green synthetic diamond powder, 400 mesh! 🤔 That's some serious industrial-grade goodness 💎 So, you're lookin' for usage applications, ? 🤓 Here are some potential uses: 1) Polishing and Grinding: With a 400-mesh particle size, this powder is perfect for fine polishing and grinding applications. It's commonly used in the production of polishing pastes, slurries, and suspensions for various industries, including: • Jewelry and watchmaking • Optics and photonics • Ceramics and glass • Metalworking and machining 2) Abrasive Blasting: Green synthetic diamond powder can be used for abrasive blasting, which is a surface preparation technique used to clean, shape, or modify surfaces. This application is popular in industries like: • Aerospace and defense • Automotive and motorsports • Medical device manufacturing 3) Lapping and Honing: The powder's fine particle size makes it suitable for lapping and honing applications, where precise surface finishes are required. This is commonly used in: • Precision engineering and machining • Bearing and component manufacturing 4) Research and Development: Green synthetic diamond powder might also be used in R&D for various applications, such as: • Materials science and nanotechnology • Tribology and wear testing These are just a few examples of the many potential uses for green synthetic diamond powder, 400 mesh. The specific application will depend on the industry, requirements, and desired outcomes. 💡 What's your specific interest or application in mind? Synthetic Diamond powder uses different different Applications Product description:- Product item :- Diamond powder Type :- Single crystal Diamond Scope of Application:- Grinding and polishing Form:- Soham Industrial Diamonds Processing customised:- Yes Packaging specifications:- In bags, Barrels, containers

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High-Grade Synthetic Diamond Powder for Gemstone Cutting and Polishing:- Keywords Synthetic diamond abrasive, gemstone diamond powder, precision diamond abrasive, high-purity synthetic diamond, polishing powder for gemstones, micron diamond powder, superabrasive, synthetic diamond grit for jewelry, lab-grown diamond powder, high-hardness diamond powder Specifications:- Grade: Industrial High-Purity Synthetic Diamond (Monocrystalline or Polycrystalline) Color: White / Yellow / Green (depending on crystal purity and coating) Size Range: 0-0.25 µm to 50-60 µm (custom sizes available from 60 mesh to submicron) Shape: Blocky, Sharp-edged or Angular Purity: ≥ 99% carbon Hardness: ~10,000–12,000 HV Thermal Stability: Up to 1200°C (in inert atmosphere) Magnetic Impurities: < 0.05% Bond Compatibility: Resin bond, metal bond, vitrified bond Applications:- Gemstone shaping and faceting (e.g., emerald, sapphire, ruby, quartz) Ultra-fine polishing for high-reflective gemstone surfaces Diamond wheels and polishing laps for gemstone finishing. Pre-polishing and final polishing in gemstone manufacturing Suitable for CNC gemstone engraving tools Used in gemstone repair and re-polishing operations. Features & Advantages:- Excellent cutting efficiency with minimal material loss Consistent particle size distribution ensures uniform polishing. High thermal resistance and durability Sharp cutting edges ideal for hard gemstones Suitable for both dry and wet polishing systems Enhances surface smoothness and luster of gemstones Compatible with ultrasonic and precision polishing machines.

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Industrial Synthetic Diamond Powder for Polishing Synthetic diamond powder is an engineered abrasive made from carbon atoms arranged in a diamond crystal structure, offering exceptional hardness and cutting ability. It is widely used in polishing applications due to its superior wear resistance, thermal conductivity, and consistent particle shape and size. Main Applications in Polishing Precision Optics & Electronics Polishing lenses, mirrors, silicon wafers, LEDs, and glass substrates Achieves ultra-smooth, scratch-free finishes Jewelry & Gemstone Polishing Used to polish diamonds, sapphires, emeralds, and other gemstones Delivers high-gloss, brilliant surfaces Hard Materials (Carbide, Ceramics) Polishing of tungsten carbide, ceramics, alumina, zirconia Ensures tight tolerances and mirror-like surfaces Metallurgical & Tooling Industry Used in lapping tools, polishing pastes, and bonded tools Enhances surface finish of dies, molds, precision components Automotive & Aerospace Finishing of engine components, turbine blades, and brake systems Reduces friction and wear, ensures surface integrity Key Features: Mesh & Micron Grades: Available from 0.1 micron to 50 micron and coarse mesh sizes Crystal Shape: Blocky, angular, or rounded (depending on grade) Purity: High-grade carbon purity (up to 99.9%) Hardness: ~10,000 HV (Vickers Hardness) Thermal Conductivity: Excellent heat dissipation during polishing

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Yellow fine mesh synthetic Diamond powder:- Synthetic yellow diamond powder with a high grade and fine mesh size of 0.1 to 10 μm has several key attributes and applications. Product Attributes: • High Hardness: Exceptional hardness, surpassing other materials, making it ideal for cutting, grinding, and polishing applications • Thermal Conductivity: High thermal conductivity, suitable for thermal management applications • Electrical Properties: High dielectric strength and low electrical conductivity, making it suitable for electronic components • Wear Resistance: Good wear resistance, suitable for industrial applications • Chemical Stability: High chemical stability, suitable for various industrial processes Uses and Applications: • Cutting and Grinding Tools: Ideal for cutting, grinding, and polishing applications where precision and durability are crucial • Thermal Management: Suitable for thermal management applications, such as heat sinks in electronic devices • Electronic Components: Suitable for electronic components, such as high-frequency transistors and power devices • Industrial Applications: Widely used in various industrial applications, including oil drilling, metallurgy, and modern sciences • Abrasives and Polishing: Used in abrasives and polishing applications, such as diamond wheels, grinding heads, and polishing pads Product Keywords: • Synthetic diamond powder • Yellow diamond powder • High-grade diamond powder • Fine mesh diamond powder • Industrial diamond powder • Abrasive diamond powder Manufacturers and Suppliers: Some manufacturers and suppliers of synthetic yellow diamond powder include: • Soham Industrial Diamonds: Offers high-grade synthetic diamond powder with various mesh sizes.

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High grade Synthetic Diamond powder 35-40 mesh: Product Description: • High toughness and purity, processed by special milling and shaping techniques • Blocky shape, suitable for resin bond and vitrified bond products • Excellent thermal stability and compact resistance Product Specification: • Mesh size: 35/40, equivalent to approximately 500-600 micrometers • Available in various mesh sizes, including 20/25, 25/30, 30/35, and more • Can be customized to meet specific requirements Usage and Applications: • Cutting Tools: Used in saw blades, drill bits, grinding wheels, and sanding belts for cutting and grinding hard materials like carbide, glass, and ceramics • Polishing: Used for polishing and lapping precious stones, semiconductors, and other materials • Industrial Use: Suitable for various industrial applications, including diamond wheel production, cutting, drilling, and grinding Product Attributes: • High Hardness: Mohs hardness 10, excellent abrasion resistance • High Thermal Conductivity: Suitable for high-temperature applications • Chemical Inertness: Resistant to chemical reactions, ensuring stability in various environments • Uniform Particle Size and Shape: Ensures consistent performance and quality Manufacturers and Suppliers: Some manufacturers and suppliers of high-grade synthetic diamond powder include. Soham Industrial Diamonds: May offer similar products, although specific . Pricing: Prices vary depending on the manufacturer, quantity, and other factors. Some prices mentioned include. ₹4 per unit for high-grade synthetic diamond powder (exact unit not specified).

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Natural Diamond powder Fine mesh :- Natural diamond powder with fine mesh is available in various sizes, including 60/100 mesh (60 micron filter mesh) and 100-400 mesh, corresponding to particle sizes of approximately 150-38 microns. Key Attributes: • Unparalleled Hardness: Diamond powder provides superior abrasive and polishing capabilities due to its exceptional hardness. • Thermal Conductivity: Diamond efficiently conducts heat, making it useful for applications where heat management is crucial. • Chemical Inertness: Diamond powder is stable in various environments due to its chemical inertness. • Precision: The ability to control particle size allows for exact applications. • Durability: Diamond powder is highly durable and resistant to wear. Applications: • Industrial: Drilling and cutting tools, polishing and grinding, refractory applications, and catalyst support in chemical reactions. • Cosmetics: Exfoliating scrubs and skincare creams. • Abrasives: Grinding, polishing, and cutting various materials like stone, metal, and glass. Benefits: • High Surface Finish: Natural diamond powder exhibits a high surface finish while maintaining above-average stock removal. • Enhanced Stock Removal: Ideal for applications requiring precise material removal. • Versatility: Suitable for various industries, including industrial, cosmetics, and construction. Soham Industrial Diamonds: Located in Surat, providing natural diamond powder with various mesh sizes.

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Synthetic diamond powder: Diamond Powder/Dust Diamond powder, also known as diamond dust or diamond grit, is a fine abrasive substance composed of small, synthetic, or natural diamond particles. This powder is widely used in various industrial applications and processes due to the exceptional hardness of diamonds. Features and Advantages Diamond can be used for mirror polishing of wire drawing dies, and can also be used for mirror polishing of crystals and silicon wafers. It has excellent wear resistance, corrosion resistance, and thermal conductivity; it has high purity, smooth polishing effect, and the main impurity content is less than 1ppm; the surface Roughness is less than 0.8nm. Nanodiamond powder is widely used in aerospace, aircraft manufacturing, precision machinery, optical instruments, automobile manufacturing and other industries 1. A powerful polish that achieves an atomically polished surface. Used for the finishing and polishing of various hard material products such as fine ceramics, integrated circuit chips, various gemstones, ferrite heads, quartz chips, superhard alloys, optical lenses, etc. 2. High hardness and high wear resistance electroplating and non-electroplating layers 3. High hardness and high wear-resistant metal composite materials 4. Low friction, low wear, high load, long life lubrication system (such as lubrication of various cylinders) and super lubricating oil. 5. PTFE-based composite material with high wear resistance and good lubricity 6. It is a good material for producing polycrystalline diamond and diamond films. 7. It is the main material for producing nanodiamond thermal penetration.

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Natural Diamond powder 80 to 200 mesh: Natural diamond powder with 80-200 mesh has various applications due to its exceptional hardness and abrasive properties. Some uses include: 👇 1. Grinding and polishing: Diamond powder is used in various industries, such as: 1. Gemstone processing: For cutting, grinding, and polishing gemstones. 2. Industrial applications: For grinding and polishing hard materials like ceramics, glass, and metals. 3. Lapping and polishing: In the production of precision parts and components. 2. Cutting tools: Diamond powder is used in the manufacture of cutting tools, such as saw blades and drill bits, for cutting hard materials. 3. Abrasive materials: Diamond powder is used as an abrasive in various products, including grinding wheels, sandpaper, and polishing compounds. Some key features of natural diamond powder include: 1. Exceptional hardness: Diamond is one of the hardest substances known, making it ideal for abrasive applications. 2. High thermal conductivity: Diamond has high thermal conductivity, which can be beneficial in certain applications. 3. Chemical resistance: Diamond is resistant to many chemicals, making it suitable for use in harsh environments. If you're looking for specific suppliers or market trends, I can suggest Soham Industrial Diamonds and Nimit Super Abrasives both companies are contact.

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Product Introduction :- Monocrystalline Diamond Micron Powder is a synthetic abrasive made from high-purity diamond crystals via high-pressure, high-temperature (HPHT) methods. It features a uniform particle shape and excellent mechanical strength, making it ideal for high-precision grinding, polishing, and lapping applications. Key Future:- High Hardness & Strength: Exceptional wear resistance and cutting ability. Sharp Edges: Provides superior surface finish and cutting efficiency. Excellent Thermal Stability: Suitable for dry and wet processing. Uniform Particle Size Distribution: Guarantees consistent performance in ultra-fine grinding. Good Self-Sharpening: Ensures long-lasting cutting efficiency during use. Applications:- Precision Polishing of optical lenses, wafers, ceramics, and semiconductors Lapping and Grinding of hard materials such as tungsten carbide and sapphire Electronics Industry: IC chip processing, LED substrates Metal Bonded or Resin Bonded Tools Polishing Slurries and Pastes. Packaging Size :- 100 (L) * 50 (W) * 8mm (D) Weight :- 1KG Packaging Details The normal package is Plastic box. Sizes: 100x50x8mm 140x60x10mm

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Natural Diamond Mesh 25 to 30 :- Natural Diamond powder:- Natural diamond grits and powders are produced from rejected natural diamonds and natural diamond waste material that has no other use This however is great news for industry as natural diamond has the edge in performance. Diamond Powder Categories: Diamond Powder at a Glance Abrasive mineral (technically a crystallized modification of carbon) Used in skin care products such as exfoliating cleansers where it provides buffing/scrubbing action May cause micro tears in skin due to the irregular shape of the particles Research supporting diamond powders use in cosmetics is lacking Diamond Powder Description Diamond powder is an abrasive mineral (technically a crystallized modification of carbon) used in skin care products such as exfoliating cleansers where it provides a buffing/scrubbing action. While some suppliers of this ingredient claim it improves skins complexion and circulation, in reality harsh abrasives have a detrimental effect on skins barrier due to the micro tears caused by the irregular, often jagged shape of particles. That said, its possible that diamond powder could be incorporated into emulsions in such a way that the abrasiveness is minimized. If you test the formula containing diamond powder against skin and dont feel any scratchiness as it is gently rubbed in, then there isnt cause for concern. Regardless, research supporting diamond powder use in cosmetics is lacking. Theres nothing premium about seeing this powder in skin care or makeup, although its often marketed as such. Application:- Bhasma, heera bhasma, aayurved medicine, dental bur, paint, Rolls Royce Ghost, nail paint, scrub, massage oil, fecial, watch, Mercedes benz car paint and Rolls Royce car paint.

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Natural Diamond powder:- Soham industrial diamond company has a big crushing unit for making diamond powder. Our company has all sizes of natural diamond powder available. Row material company to make natural diamond powder pure diamond powder is made from diamond west material of India This company has a big crushing unit in which all size crushing, grading, separate, boiling, packaging is done. Where is natural diamond powder used? Basically natural diamond powder used cutting and polishing industries like. Electroplating, roller dresser, wire dies, dental bur, lipstick, scrub, facemark, rolls roys paint, aayurved medicine many places useing.Rollex watch, citizen watch, Titan watch.

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Natural Diamond Dust : Here’s a clear breakdown of uses for Natural Diamond Dust in different mesh size ranges: 1. 50 to 200 Mesh (Coarse Grade) Typical Uses Diamond Cutting Tools – For manufacturing diamond saw blades, core drills, and segment tools for stone, concrete, and ceramic cutting. Grinding Wheels & Burrs – Heavy material removal for hard materials. Oil & Gas Drilling Bits – Set in drill bit crowns for rock and mineral drilling. Stone Profiling & Shaping – Marble, granite edge shaping. 2. 200 to 400 Mesh (Medium Grade) Typical Uses Fine Grinding Wheels – Precision grinding of carbide, glass, ceramics. Resin Bond & Metal Bond Tools – For polishing stages after coarse grinding. Wire Drawing Dies – For surface smoothening in wire and cable manufacturing. Gemstone Pre-Polishing – Preparing the surface before final polish. Industrial Lapping – Achieving flat, smooth surfaces on precision parts. 3. 500 Mesh to 0.05 Micron (Fine to Ultra-Fine Grade) Typical Uses Final Polishing of Diamonds & Gemstones – Achieving mirror finish. Optical Lens Polishing – Glass lenses, sapphire, quartz components. Semiconductor Wafer Finishing – Silicon wafers, sapphire substrates. High-Precision Lapping Pastes – For carbide dies, ceramics, and hard alloys. Aerospace & Medical Components – Polishing surgical tools, turbine blades.

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🟡 Product Name: Natural Diamond Abrasive Powder. Manufacturing Company: Soham Industrial Diamond Company Leading manufacturer and supplier of natural diamond abrasive powder in India. Specializing in mesh and micron sizes from 30 mesh to 400 mesh and 53 µm to 0.025 µm. Uses of Natural Diamond Abrasive Powder: Polishing: Metals, gemstones, ceramics, optical components. Lapping: For flat surface finishing and high precision components. Grinding: For hard metals, tungsten carbide, ceramics Cutting: In diamond tools and saws. Drilling: Oil & gas industry (drill bits) Abrasive Compounds: For making diamond slurry and paste. Applications: Semiconductor wafer polishing Precision optics manufacturing Diamond cutting & polishing industry Tool manufacturing (grinding wheels, blades, drills) Aerospace & automotive component finishing Jewelry industry (lapidary work) Medical equipment finishing (high-precision tools)

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Product: Needle Tube 5g Oil Soluble Diamond Grinding Paste Polishing Paste S0.5-S40Abrasives Diamond Lapping Polishing Paste. Selection of Diamond Grinding Paste: It is mainly determined based on the roughness requirements and processing efficiency of the processed workpiece, as well as the original roughness of the workpiece. If there is a large margin and high processing efficiency is required, coarser grain sizes can be selected, For those with small margin and high requirements for roughness, finer grain sizes can be selected, so rough grinding,fine grinding is selected based on the roughness requirements of the workpiece. Features: Convenient and fast to use The needle tube style provides a comfortable feel and better control of the dosage used. Transparent materials allow for better observation of the remaining amount. Precautions: Select appropriate grinding equipment and grinding paste based on the material and processing requirements of the workpiece. The commonly used grinders are blocks and plates made of materials such as glass, castings, steel, aluminum, organic glass, etc. The diluent is used for refining. Cautions: 1. Diamond grinding is a precision machining process that requires a clean environment and clean tools. The tools used must be dedicated to each grain size and must not be mixed. 2. Before changing to grinding paste with different grit during the processing, the workpiece must be carefully cleaned to prevent the coarse particles from the previous filling from mixing with the fine-grained grinding paste and scratching the workpiece. 3. When using, squeeze a small amount of grinding paste into a container or directly onto the grinding device, and dilute it with kerosene. The general water to paste ratio is 1:1, which can also be adjusted according to on-site usage. 4.After grinding, the workpiece should be cleaned with gasoline and kerosene. Application: glass, ceramics, gemstones, hard alloys, natural diamonds, measuring tools, cutting tools, optical instruments, high gloss workpieces.

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15 to 20 um diamond powder uses: Product Overview: 15–20 µm diamond powder sits in the medium–fine grit range. It’s aggressive enough for fast stock removal but still fine enough to start producing a smooth surface before final finishing. This size is widely used in lapping, polishing, and edge preparation across ceramics, metals, and optical components. Common Applications 1. Precision Lapping & Grinding Materials: Tungsten carbide, tool steel, ceramics, sapphire, quartz Tools: Lapping plates (cast iron, copper, tin), diamond wheels Purpose: Flatness correction + surface refinement before final polish. 2. Fiber Optic Connector Pre-Polish Ferrules: Zirconia ceramic and stainless steel Finish Stage: Pre-final step before 1 µm or sub-micron finish. 3. Metallographic Sample Preparation Stage: Intermediate polishing step between coarse grinding and mirror finish Goal: Remove scratches from 45–30 µm steps before moving to 6–3 µm. 4. Gemstone & Hard Material Faceting Materials: Diamonds, corundum, jade, ruby, sapphire Purpose: Shaping facets with controlled removal rate. 5. Optical Lens & Glass Polishing Materials: BK7 glass, fused silica, crystal optics Stage: Intermediate polish before 6 µm / 3 µm finishing compound. 6. Industrial Tool Maintenance Re-sharpening: PCD (Polycrystalline Diamond) and PCBN cutting tools. Edge prep: Maintaining sharp but stable cutting edges.

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Synthetic Diamond powder for sand blasting machine: Product Description:- Industrial Polycrystalline Synthetic Diamond Powder is an engineered abrasive material produced by sintering multiple diamond micro-crystals under high temperature and pressure. The resulting polycrystalline structure offers superior toughness, consistent cutting edges, and enhanced thermal stability compared to monocrystalline diamonds. Its extreme hardness and micro-cutting capability make it highly effective in aggressive surface preparation, cleaning, and finishing processes in sand blasting machines, especially for hard metals, ceramics, and composite materials. Specifications Material: Polycrystalline Synthetic Diamond Crystal Structure: Multi-grain, randomly oriented diamond micro-crystals Particle Size Range: Commonly 15–50 micron (custom sizes available for blasting applications) Hardness: ~10 Mohs Bulk Density: 3.4 – 3.6 g/cm³ Thermal Stability: Up to 1200°C in inert atmosphere Impact Resistance: High (better than monocrystalline diamond) Color: yellow or dark yellow Shape: Angular irregular particles for high cutting efficiency. Applications:- Surface preparation before coating, plating, or painting Rust, scale, and corrosion removal from metal surfaces Texturing hard surfaces for improved adhesion Precision cleaning of high-value industrial parts Deburring and edge smoothing in aerospace and tool manufacturing. Matting and micro-finishing of ceramics and composites. Product Attributes Extreme Hardness: Enables rapid material removal. High Toughness: Resists fracture under blasting impact Consistent Cutting . Action: Maintains sharp edges longer than conventional abrasives. Thermal Stability: Suitable for high-friction, high-heat applications. Customizable Particle Sizes: Optimized for specific blasting nozzle sizes and pressures. Longer Service Life: Reduced abrasive consumption compared to conventional media Clean, Uniform . Finish: Minimizes surface contamination after blasting.

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Natural Diamond Dust 35–40 Mesh with description and applications: Description : Natural Diamond Dust 35–40 mesh is a coarse-grade diamond abrasive with particle sizes around 425–500 microns. Sourced from natural diamond, this material has extreme hardness (10 on Mohs scale), excellent thermal conductivity, and a sharp, blocky crystalline structure. Due to its large particle size, it is ideal for heavy-duty grinding, shaping, and cutting applications where aggressive material removal is required. The particles provide superior strength, toughness, and longer cutting life compared to finer grades of diamond powder. Applications Diamond Tools Manufacturing: Used in the production of diamond saw blades, drill bits, grinding wheels, and wire saws for stone, concrete, and construction industries. Stone Processing: For cutting, shaping, and calibrating granite, marble, sandstone, and other natural stones. Industrial Cutting & Drilling: Essential in making high-strength drill bits and reamers for mining, oil exploration, and construction. Lapping & Grinding: Suitable for coarse lapping of hard ceramics, carbides, glass, and advanced composites. Jewelry & Gem Cutting: Used in bruting and shaping diamonds and gemstones. Wear-Resistant Coatings: Incorporated into specialized coatings to improve abrasion resistance.

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Natural Diamond dust 40-45 mesh:- Specific Insights for 40–45 Mesh (Coarse Natural Diamond Dust) While most reports do not segment by mesh size explicitly, some general insights apply: 40–45 mesh is considered a coarser grit, commonly used in heavy-duty applications like tool manufacturing, grinding, shaping, and cutting of hard materials. Demand for coarser, mesh-style diamond abrasives (like mesh powders) is on the rise thanks to their ability to improve material removal control and surface integrity . Key growth factors—industrial automation, precision engineering, and demand from automotive, construction, and manufacturing sectors—indirectly boost demand for coarse natural diamond dust options like 40–45 mesh. Applications: Diamond Tools Manufacturing Used in segment production for diamond saw blades, wire saws, and grinding wheels. Provides aggressive cutting ability for construction and stone industries. Stone & Marble Processing Ideal for cutting, shaping, and calibrating granite, marble, sandstone, and ceramics. Ensures long tool life and efficient material removal. Mining & Drilling Tools Incorporated into core drills, reamers, and rock-cutting bits. Widely used in geological exploration and oilfield drilling. Heavy-Duty Grinding & Lapping Coarse grit (40–45 mesh) makes it suitable for initial grinding and shaping of hard metals, carbides, and advanced composites. Used where high stock removal is needed before fine polishing. Gem & Jewelry Industry For bruting and shaping natural diamonds and precious stones before polishing. Wear-Resistant Coatings Mixed in coatings for industrial surfaces to enhance abrasion resistance and durability. Construction Industry Used in concrete cutting and demolition tools where high hardness is essential.

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Diamond cutting and polishing powder in Surat:- We manufacture diamond powder large breakdowns units. We have available All mesh and micron sizes. We supply many different different industries like cutting, polishing, gemstone, diamonds, cleaning, polishingpads, ceramic, diamond scalpel, marble and granite, glass tools, aerospace, defence. We are delivering all India. We certified ISO 9001:2015 Need for more information call this number +919428147379

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Industrial Diamonds – Mono Diamond Powder: Product Description: Soham Industrial Diamonds – Mono Diamond Powder: Soham Industrial Diamonds presents premium Monocrystalline Synthetic Diamond Powder, engineered for superior toughness and cutting efficiency. Available in both mesh and micron grades, our mono diamond delivers consistent performance in diamond sand belts, polishing sheets, grinding wheels, and discs. Its blocky crystal structure ensures durability, making it ideal for applications ranging from precision lapping and polishing of optics and semiconductors to heavy-duty grinding of carbides, ceramics, and hardened steels. Trusted by industries worldwide, Soham’s mono diamond powder guarantees uniform quality, high removal rate, and extended tool life—the perfect solution for advanced surface finishing. Applications: Diamond Sand Belts – For polishing hard alloys, ceramics, glass, and carbide tools. Diamond Sheets & Films – Used in fine polishing and lapping applications. Diamond Wheels & Discs – For precision grinding of stones, quartz, sapphire, semiconductor wafers, tungsten carbide, and hardened steels. Abrasive Pastes & Slurries – Suitable for high-precision polishing in optical and electronic industries. Cutting Tools – Integrated into bonded and coated abrasives for long tool life. Keywords :- Mono Diamond Powder, Monocrystalline Diamond Powder, Synthetic Diamond Mesh, Synthetic Diamond Micron, Diamond Abrasives, Diamond Sand Belts, Diamond Polishing Sheets, Diamond Grinding Discs, Diamond Wheels, Diamond Lapping Powder, Soham Industrial Diamonds India.

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MBD Grade Synthetic Diamond Powder: MBD (Metal Bond Diamond) grade synthetic diamond powder is a high-strength, blocky-shaped diamond crystal manufactured through the HPHT process. It is designed specifically for metal bond tools, offering superior toughness, thermal stability, and wear resistance. The particles are uniformly sized with sharp cutting edges, ensuring long tool life and consistent performance. Key Features: Type: Synthetic diamond (HPHT grown) Shape: Blocky, tough, sharp-edged particles Grades: MBD0 – MBD10 (depending on toughness and size distribution) Excellent thermal conductivity and wear resistance Available in mesh and micron sizes Applications Abrasive Tools Used in metal bond diamond wheels, saw blades, wire saws, and grinding tools. Ideal for cutting, grinding, and polishing hard materials like stone, ceramics, glass, tungsten carbide, and composites. Precision Machining For aerospace, automotive, and semiconductor industries requiring high accuracy and durability. Construction & Stone Industry Diamond tools made with MBD grade powder are widely used for cutting granite, marble, and concrete. Polishing Applications In micron form, used in lapping, polishing of optical lenses, gemstones, and electronics.

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Major Applications of 0–1 µm Natural Diamond Powder:- 1. Optical Industry (Polishing Tools) Tools made / used with powder: Diamond slurry / paste for lens polishing Polishing pads & films for glass finishing Diamond-coated lapping plates for optics. Applications: Camera lenses, telescope lenses, AR/VR glasses Watch crystals, prisms, microscope lenses. 2. Semiconductor & Electronics (Wafer Processing Tools). Tools made / used with powder: CMP slurries (Chemical Mechanical Polishing) Diamond lapping films (used in wafer polishing machines). Diamond slurry dispensers in fabs. Applications: Silicon wafers, SiC wafers, GaN wafers Fiber optic connectors, HDD magnetic heads 3. Gemstone & Jewelry (Polishing / Cutting Tools) Tools made / used with powder: Diamond polishing wheels. Diamond pastes & slurries. Flexible polishing cloths with diamond powder coating. Applications: Diamond & colored stone polishing High-gloss finish for gold, platinum, silver jewelry Watch movement jewels (tiny bearings) 4. Automotive & Aerospace (Surface Finishing Tools) Tools made / used with powder: Diamond lapping compounds Diamond honing pastes Diamond abrasive films & sheets Applications: Engine valve finishing, fuel injectors, bearings Turbine blades, aerospace fasteners Brake discs, hydraulic parts.

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Product Description : Diamond Suspension is a high-performance polishing fluid formulated with precision-graded synthetic diamond particles. Designed specifically for grinding and polishing of cover glass, this suspension delivers a flawless surface finish with high clarity, minimal defects, and excellent flatness. It is ideal for use in high-precision optical and semiconductor industries where ultra-clean and scratch-free polishing is critical. Usage / Application Used for: Grinding & final-stage polishing of cover glass .(microscope slides, display glass) Finishing of optical lenses, touch screen glass, camera modules, mobile displays. Flat surface polishing in photonic devices, optical windows, and watch crystals. Applied in: 1) Laboratory and industrial polishing setups. 2) Semiconductor wafer polishing lines. 3) Optical glass manufacturing units. 4) Display screen finishing lines. Compatible with: Velvet, polyurethane, and composite polishing pads Single- or double-side polishing machines Manual lapping and automated polishing systems.

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Synthetic Diamond powder crystal Shape:- Synthetic Diamond powder has High Thermal conductivity and good electrical insulation. and can be used as a heat sink for semiconductor devices. It has excellent light transmittance and corrosion resistance and is widely used in the electronics industry. With vast manufacturing and marketing experience and knowledge, we are supplying the outstanding assortment of Diamond Micron Powder. The offered diamond powder is processed by utilizing finest quality diamonds and crystals as per current market standards. This diamond powder is demanded to polish purposes in jewelry, optical lenses, alumina ceramics, and hard alloy fields. This Micron Diamond Powder can be easily availed in several packaging options. RVD synthetic diamond 1.Irregular and sharp crystal form with rough surface 2. Fine brittleness and self-sharpness 3. Higher cutting and grinding efficiency 4. Less impurities, lower magnetic 5. Life and wear resistance have improved 6.RVD is suitable for resin and ceramic bond diamond tools RVD Application: 1. Grinding of diamonds, jade, crystal, etc. 2. Commonly used in resin, ceramic bond diamond grinding tools 3. Electroplating products and drilling and correction tools, etc. 4. Stone grinding of soft grinding discs, diamond modules, etc. 5. Due to high thermal conductivity and good electrical insulation, it can be used as a heat sink for semiconductor devices. 6. Excellent light transmission and corrosion resistance, widely used in the electronics industry.

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RVEG (Resin Vitrified Electroplated Grinding) black diamond powder is used for: 1. Grinding and polishing: ceramics, glass, and hard metals 2. Lapping: precision parts, optical components, and magnetic heads 3. Cutting tools: diamond-coated saw blades and drill bits 4. Electroplating: for depositing diamond particles onto metal surfaces Advantages: 1. High grinding efficiency 2. Long tool life 3. Excellent surface finish 4. Good thermal conductivity Industries: 1. Aerospace 2. Automotive 3. Electronics 4. Medical devices 5. Optical components

Additional Information:

• Production Capacity: 500 kilogram
• Delivery Time: 3 days
• Packaging Details: Box packing Zipper bag

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Diamond Powder/Dust:- Diamond powder, also known as diamond dust or diamond grit, is a fine abrasive substance composed of small, synthetic, or natural diamond particles. This powder is widely used in various industrial applications and processes due to the exceptional hardness of diamonds. Features and Advantages:- Diamond can be used for mirror polishing of wire drawing dies, and can also be used for mirror polishing of crystals and silicon wafers. It has excellent wear resistance, corrosion resistance, and thermal conductivity; it has high purity, smooth polishing effect, and the main impurity content is less than 1ppm; the surface Roughness is less than 0.8nm.Nanodiamond powder is widely used in aerospace, aircraft manufacturing, precision machinery, optical instruments, automobile manufacturing and other industries; 1. A powerful polish that achieves an atomically polished surface. Used for the finishing and polishing of various hard material products such as fine ceramics, integrated circuit chips, various gemstones, ferrite heads, quartz chips, superhard alloys, optical lenses, etc.; 2. High hardness and high wear resistance electroplating and non-electroplating layers; 3. High hardness and high wear-resistant metal composite materials; 4. Low friction, low wear, high load, long life lubrication system (such as lubrication of various cylinders) and superlubricating oil. 5. PTFE-based composite material with high wear resistance and good lubricity; 6. It is a good material for producing polycrystalline diamond and diamond films. 7. It is the main material for producing nanodiamond thermal penetration. Features: Good stability Correct formulation Corrosion resistance High Strength. Wear resistance. Good thermal stability Applications:- In the field of metallurgy. Ballpen point using. Oil drilling. Mechanical process. Instrument. Electronics. Miniature Steel Balls. Optimac industries Optimac industries Optical glass Injection moulding parts and assembly Cable gland finishing Diamond indenters Grinding cup grinding wheel Carbide/CBN sitting saws Diamond files and Angles pins CBN internal grinding wheel

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Diamond Slurry for Polishing Metal Material 1. Natural diamond slurry/suspension with high removal rate, high selectivity, low damage and high cleaning characteristic 2. MDS and NDS diamond slurry/suspension manufacturer for 20years 3. Certificates: ISO 9001:2008 Production Process:- 1)Diamond powder - Additive - Mixing - package - Testing - Stirring. Our diamond slurries are made with diamond particles completely dispersed in the mixed liquids. 3 series according to the constituents: Monocrystaline Diamond Slurry(MDS): Good removal effects, suitable for lapping & polishing of hard material. Original Natural Diamond Slurry(ONDS): Superb tenacity & self-sharpening features. Suitable for lapping and polishing of precision metal material, optical crystals, ceramics and hard materials. Nano Diamond Slurry(NDS): Good dispersing stability & suitable for precise surface treatment. Size Available:- 0.025 to 53 micron available. Main products: Monocrystal, Natural and Nano diamond and their powders' series, CBN powder, slurry and polishing diamond paste . Our products can meet and surpass international standard and enjoy a high appraisal from customers from the USA, Europe, Korea, Japan and Taiwan area. Industrial Specification :- Type - liquid Place - India Shape - liquid Brand - Soham Model number - Micron size Usage - Grinding ,polishing , lapping, thinning Hardness - 53-64 hrc Hs code - 71051020 Application - engine , suspension, wafer, semiconductor Abrasive size - 0.05 to 60 um Liquid - water / oil Packaging:- Selling unit - single item Package size - 18 * 18 * 9 cm Gross weight - 1.000kg

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Synthetic Diamond Powder – Yellow – 50/60 Mesh : General Specifications Material: Synthetic Diamond (HPHT type, often RVD grade) Color: Yellow (caused by nitrogen impurities in the diamond lattice during HPHT synthesis) Mesh Size: 50/60 mesh ≈ 250–300 microns (average particle size) Crystal Form: Irregular, blocky, or semi-crystal shapes depending on crushing method Hardness: ~10 on Mohs scale Thermal Stability: High (can withstand tool bonding processes) Applications of Yellow 50/60 Mesh Synthetic Diamond Saw Blade Segments → For cutting marble, granite, ceramic, concrete Grinding Wheels → Resin bond or metal bond wheels for stone & hard alloys Polishing Tools → Coarse polishing of stone and construction materials Electroplated Tools → Diamond drills, reamers, and coated abrasives This grit size (50/60 mesh) is considered coarse, so it’s mainly used for cutting and rough grinding rather than fine polishing.

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Natural Diamond powder uses semiconductor:- Natural Diamond Powder 1. Natural diamond powder is derived from natural diamonds and is used in some semiconductor applications where high purity and specific crystal structures are required. 2. Nano-Diamond Powder Nano-diamond powder consists of diamond particles with sizes ranging from 1-100 nanometers. It is used in semiconductor devices that require high surface area, such as quantum computing and sensing applications. These types of diamond powder are used in various semiconductor devices, including: 1. Transistors: Diamond powder is used to create high-power, high-frequency transistors. 2. Diodes: Diamond powder is used to create high-voltage, high-current diodes. 3. Sensors: Diamond powder is used to create sensors for detecting temperature, pressure, and radiation. 4. Energy Storage Devices: Diamond powder is used to create energy storage devices such as supercapacitors and batteries. 5. Quantum Computing Devices: Diamond powder is used to create quantum computing devices such as quantum bits (qubits) and quantum sensors.

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Natural Diamond powder micron size :- Natural diamond powder in micron sizes is a highly sought-after material for various industrial applications. Here are the details on natural diamond powder, its production, uses, and applications: Production of Natural Diamond Powder Natural diamond powder is produced through the crushing and grinding of natural diamonds. The process involves: 1. Sorting and grading: Natural diamonds are sorted and graded according to their size, shape, and quality. 2. Crushing: The diamonds are crushed into smaller fragments using jaw crushers or other crushing equipment. 3. Grinding: The crushed diamond fragments are ground into powder using ball mills, attrition mills, or other grinding equipment. 4. Classification: The diamond powder is classified into different micron sizes using air classification or sieving techniques. Micron Sizes of Natural Diamond Powder Natural diamond powder is available in various micron sizes, including: 1. 0-1 micron: Used for polishing and lapping applications. 2. 1-5 micron: Used for grinding and polishing applications. 3. 5-10 micron: Used for cutting and grinding applications. 4. 10-20 micron: Used for drilling and grinding applications. 5. 20-50 micron: Used for rough grinding and cutting applications. Applications of Natural Diamond Powder Natural diamond powder has various industrial applications, including: 1. Polishing and lapping: Used for polishing and lapping hard materials, such as ceramics, glass, and metals. 2. Grinding and cutting: Used for grinding and cutting hard materials, such as concrete, stone, and steel. 3. Drilling: Used for drilling hard materials, such as concrete, stone, and steel. 4. Abrasives: Used in abrasive products, such as grinding wheels, saw blades, and polishing compounds. 5. Coatings: Used in coatings for wear-resistant and corrosion-resistant applications. 6. Electronics: Used in electronic components, such as semiconductor devices and microwave devices. 7. Aerospace: Used in aerospace applications, such as rocket nozzles and heat shields. Usage and Handling Precautions When handling natural diamond powder, it is essential to follow proper safety precautions, including: 1. Wearing protective gear: Wear protective gear, such as gloves, safety glasses, and a dust mask. 2. Using proper ventilation: Use proper ventilation to avoid inhaling diamond powder. 3. Avoiding skin contact: Avoid skin contact with diamond powder, as it can cause irritation. 4. Storing properly: Store diamond powder in a cool, dry place, away from direct sunlight and moisture. Conclusion Natural diamond powder is a highly versatile material with various industrial applications. Its unique properties, such as high hardness and thermal conductivity, make it an ideal material for polishing, grinding, cutting, and drilling hard materials.

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Natural Diamond dust sparkling : Natural diamond dust is essentially tiny particles of diamond—sometimes called diamond powder—that naturally sparkle because diamond has a very high refractive index and strong light dispersion. Even in fine dust form, these particles can reflect and refract light, producing a subtle glitter or “spark” effect, especially under strong or direct lighting. Jewellery & decorative art for adding shimmer in inlays or coatings. Luxury cosmetics for a sparkling finish in makeup or nail products. High-end coatings for watches, pens, or collectibles to give a subtle diamond sheen. Here’s a complete breakdown for Natural Diamond Dust – Sparkling Grade: Product Description Natural Diamond Dust (Sparkling Grade) is a premium-quality abrasive and decorative material derived from 100% natural diamonds. Carefully processed to retain the crystal clarity and brilliance of diamond, this ultra-fine powder offers exceptional sparkle under light while maintaining the legendary hardness of diamond. Ideal for luxury, industrial, and creative applications, it delivers both beauty and performance in a single material. Product Attributes: Material: 99.99% Natural Diamond Appearance: Brilliant sparkling fine powder Color: Transparent to slightly off-white (depending on source) Particle Size: Available from micron range to ultra-fine dust Hardness: 10 on Mohs scale Refractive Index: ~2.42 (high brilliance) Purity: High-grade, minimal impurities Thermal Conductivity: Excellent (heat resistant) Light Dispersion: High, producing intense sparkle Product Applications: Luxury & Decorative Uses Inlays in watches, pens, jewelry, and art pieces Sparkling coating for high-end accessories Cosmetic-grade shimmer for makeup, nail art, and skincare. Industrial & Technical Uses: Precision polishing of gemstones, ceramics, and optics Ultra-fine surface finishing in electronics and glass industries. High-performance abrasives in tools and cutting applications. Creative & Specialty Uses: Mixed into resins, paints, or epoxy for glittering finishes Incorporated in luxury packaging designs Applied in branding and promotional displays for opulent effect.

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Diamond paste 0.25 um : Diamond Lapping Paste 0.25 μm Description: Diamond lapping paste (0.25 micron) is an ultra-fine polishing compound containing micronized diamond particles uniformly suspended in a paste base. The 0.25 μm grade is considered super-polish or final finish grade, capable of achieving mirror-like surfaces with extremely low surface roughness (Ra < 0.01 μm). The paste can be oil-soluble or water-soluble depending on application requirements, offering high cutting efficiency despite the ultra-fine size. Applications: Optical Components: Final polishing of lenses, prisms, and mirrors to achieve high clarity and precision. Metallography: Final stage polishing of metallographic specimens before microscopic examination. Semiconductors & Electronics: Ultra-fine finish for silicon wafers, sapphire substrates, and fiber-optic connectors. Jewelry & Watchmaking: Super-polish on precious metals, gemstones, and watch parts. Medical Instruments: Polishing surgical tools, implants, and precision medical devices to achieve smooth, burr-free surfaces. High-End Engineering Components: Final finishing of ceramic seals, carbide parts, and aerospace precision parts.

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Synthetic Diamond powder: Synthetic industrial diamond for dressing tools, cutting blades, drills, grinding wheels, polishing pads, wire saw,etc. All sizes and different types are available. High quality of diamond grits for cutting,sawing and drilling. Diamond powder for grinding and polishing. 500/600 Especially recommended for resin bond diamond tools. Yello color, irregular shape and sharp, medium friability. Crushed from high quality of diamond grits, yellow color, irregular shape and sharp, medium friability. It can regenerate new cutting edges under force. Therefore it is ideal for resin bond, vitrified bond and electroplated bond grinding tools, which can be used for processing stones, hard alloy, optical glass and PCD,etc. Shaped Diamond Grits for resin bond and vitrified bond tools and precision electroplated tools to process glass, hard alloys etc. High strength , high purity and high wear resistance. Resin bond diamond powder for grinding wheel. Multicrystalline, irregular shape, good toughness and perfect self-sharpen ability. Excellent surface performance and very long tool life. Suitable for wet and dry grinding for tungsten carbide, ceramics, glass and hard materials. Synthetic industrial diamond powder Different grades with all sizes are available. High quality diamond powder for grinding, sizes from 80/100 to 500/600 are available, finer sizes can also be customized. Recommended for grinding and polishing saphire, silicon, liquid crystal substrate glass, etc.. Monocrystalline diamond for wire drawing dies. Mono crystalline diamond; for gems, for stylus, dressers, indenters and needles etc.

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Natural Diamond 0.05 um :- Natural diamond powder with a particle size of 0.05 μm (micrometers) is available in the market. #natural #diamond #particle #sizes #market • Price: The price of natural diamond powder can range from $0.16 to $0.30per carat, depending on the supplier and quantity. In India, our the price is around ₹16 to 25.50per carat. #price #range #naturaldiamonddust #supplier • Suppliers: Some suppliers that offer natural diamond powder include: 👉Soham Industrial Diamonds in Surat, Gujarat, which offers natural diamond powder in various sizes, including 0.05 to 54 microns. Mesh size 16/18 to 400. #meshsize #micronsize #surat #industrial#• #driiling #bits #polishing #cutting #sawblade #hightempretureapplication #stone #metal #glass #solarpanel #cosmetic #skincare #exfoliatingscrubs • Applications: Natural diamond powder has various applications, including: 👉Drilling and cutting tools: Diamond-coated saw blades, drill bits, and other tools. 👉Polishing and grinding: Stone, metal, glass, and other materials. 👉Refractory applications: Crucibles, furnace liners, and other high-temperature applications. 👉Cosmetics and skincare products: Exfoliating scrubs, skincare creams, and other products.

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CBN Diamond Micron Powder: Improve grinding efficiency to a new level CBN (cubic boron nitride) superabrasive is with high hardness and high temperature resistance, four times that of traditional abrasive in wear resistance, and have extraordinary thermal conductivity. There are hundreds of raw materials needed to use CBN to grind in present manufacturing market, from aerospace superalloys and thermal spraying to the hardened steel in automotive bearing and gear industry to improve efficiency and get the shortest processing time. Manufacturing and inspection processes: 1) ultra high pressure and high pressure synthesis. 2) Screening. 3) surface inspection. 4) ICP components Analysis. 5) particles Size Inspection. 6) Bulk density inspection. 7) TT/TTI Inspection. 8) Automatic sorting of micro-nano powder. 9) Micro nano powder particles size Analysers. 10) materials phase structure inspection. Elemental composite analysis. Application: 1) CBN GRINDING WHEEL 2) CBN INSRTS Used for Metal bond, Vitrified bond, Electroplated diamond tools, diamond paste and slurry for cutting & grinding & polishing electronic components, optical glass, precision ceramics, tungsten carbide, PCD/PCBN, gems, etc.

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3 to 6 um diamond powder is a go-to choice for fine machining, polishing, and high-precision finishing tasks:- you're referring to diamond powder with a particle size of 3 to 6 microns, commonly known as 3–6 µm diamond powder, it's widely used across India for high-precision abrasive and polishing applications. Key Industrial Applications in India 1. Precision Polishing & Grinding Gemstones, glass, ceramics, quartz, metals — used extensively in the polishing and fine finishing of materials like sapphire, gemstone, quartz, ceramic, glass, electronics, semiconductors, and hard metals. Specifically, powders in the 2–5 µm range are ideal for grinding and polishing ceramics, glass, and hard metals. 2. Semiconductor & Electronics Industry Utilized for lapping and polishing semiconductor wafers, electronic components, and magnetic heads—especially in the 0.1–5 µm size bracket. 3. Automotive & Aerospace Components In automotive, 2–5 µm powders are used for grinding and polishing engine components, fuel injectors. In aerospace, ultra-fine particles are used for precision polishing of optical and high-performance components.