Product Overview
SND-M10 Standard Micron Diamond Powder is SinoDiam’s standard-grade industrial diamond abrasive for precision grinding, lapping and polishing applications. It is positioned for manufacturers processing gemstones, glass, technical ceramics, selected cemented carbide components and other suitable hard-and-brittle materials.
SND-M10 belongs to the SinoDiam SND-M general-purpose micron diamond series. It occupies the Standard Grade position between SND-M05 Economy and SND-M15 Premium, providing an application-oriented selection option for abrasive manufacturers and industrial polishing-compound formulators.
Existing SinoDiam product information describes SND-M10 as a micron diamond abrasive with irregular particle morphology. Crystal shape, particle-size distribution, possible oversized grains and surface condition are important considerations when selecting the material for grinding, lapping and polishing.
SND-M10 is intended for evaluation in resin-bond abrasive tools, diamond polishing pastes, lapping compounds and polishing slurries. The choice of abrasive size and formulation should be based on the workpiece, target surface quality, processing conditions and production requirements.
For free-abrasive applications, particle dispersion, liquid-carrier compatibility, sedimentation and agglomeration behavior must be considered alongside nominal micron size. For bonded tools, abrasive retention, particle exposure and bond formulation are important selection factors.
As a standard-positioned micron abrasive, SND-M10 provides a practical starting point for comparing grinding efficiency, surface condition, abrasive consumption and overall processing economics. No fixed improvement relative to another SinoDiam grade or competing product is implied.
Customers should specify the desired micron fraction, grading method, workpiece material, tool or polishing formulation and required finish when requesting grade-specific technical information.
Technical Specifications
SND-M10’s grade position and intended applications reflect SinoDiam’s product-series information. Individual micron fractions, PSD parameters, diamond feedstock origin, impurity content and strength characteristics require grade-specific confirmation. Historical website values are not treated as verified technical guarantees.
Particle Characteristics & Abrasive Behavior
Irregular Micron Particle Morphology
The existing SND-M10 description identifies irregular diamond particles. Particle geometry influences abrasive contact, local cutting action, interaction with the workpiece and retention in bonded tools. Actual morphology should be assessed using representative product images or grade-specific analysis.
Particle-Size Distribution
Particle grading can affect removal rate, contact uniformity and surface quality. When comparing SND-M10 against another micron grade, use matching nominal size fractions and review the available size-distribution limits.
Oversize Particle Control
Oversized particles can contribute to isolated scratches in precision lapping and polishing. The acceptable oversize limit should be determined from the workpiece’s sensitivity and the required finishing specification.
Standard-Grade Processing Balance
SND-M10 is positioned for manufacturers assessing a balance between abrasive behavior, particle grading, finished-surface requirements and processing cost. Comparative results depend on the complete grinding or polishing system.
Recommended Applications
SND-M10 is positioned for general-purpose precision grinding, lapping and polishing. The following application targets should be evaluated with suitable micron-size selection, bonding or carrier systems and process conditions.
Gemstone Grinding & Polishing
For selected gemstone lapping, pre-polishing and surface-finishing applications. Abrasive size, lap material, polishing sequence and gemstone properties determine the appropriate process. Specialized diamond finishing requires separate trials.
Glass Grinding & Lapping
For precision grinding, edge finishing and lapping of suitable glass workpieces. Particle-size distribution, abrasive concentration and processing pressure should be matched to the surface and edge-quality requirements.
Technical Ceramic Finishing
For evaluating grinding and lapping processes involving selected engineering ceramics. The ceramic composition, brittleness, removal target and tolerance requirements influence abrasive and process selection.
Cemented Carbide Grinding
A candidate for selected carbide grinding and lapping operations using appropriately formulated diamond abrasives. Workpiece integrity, grain exposure, grinding force and wheel wear should be evaluated under actual conditions.
Diamond Paste & Compound Manufacturing
For diamond paste and lapping-compound development requiring an appropriate micron abrasive. Carrier selection, particle concentration, mixing, dispersion and storage behavior must be validated in the finished formulation.
Industrial Polishing Slurries
For evaluation in water-based or oil-based slurry systems where abrasive wetting, suspension stability, particle agglomeration and finished-surface requirements are relevant to the process.
These applications are technical evaluation directions rather than guarantees of scratch-free surfaces, fixed dimensional precision or particular removal rates. For highly sensitive optical and semiconductor substrates, dedicated specialty micron grades may be more suitable.
Micron Size Selection & Particle Size Distribution
For precision lapping and polishing, the selected micron diamond powder should match the workpiece material, target removal rate, processing stage and surface-finish requirement. The nominal micron designation is an important starting point, but the full particle-size distribution can also affect processing results.
What should be checked in a PSD report?
Nominal Particle Size: Identify the requested micron fraction and the grading specification used to define it. Supplier naming conventions are not always identical.
D10, D50 and D90: Where available, these values describe selected points in a measured particle-size distribution. Cross-supplier comparison requires compatible measurement methods and reporting definitions.
Oversize and Undersize Content: Particles beyond the intended distribution can influence processing behavior. Oversized particles deserve particular attention in fine polishing applications where isolated scratches are unacceptable.
Particle Shape: Particles with the same nominal micron size can have different contact geometries. Shape and aspect ratio should be considered when discussing grinding efficiency or surface quality.
Measurement Method: The appropriate method depends on particle size and material characteristics. A supplier comparison should consider sample preparation, instrument method and reporting criteria as well as the stated micron range.
SND-M10’s current available micron-size list and measured PSD limits have not yet been independently confirmed in this product update. Do not assume every fraction appearing in the overall SinoDiam Micron Series catalogue is available for SND-M10.
Bond Compatibility & Polishing Formulations
SND-M10 may be evaluated in different abrasive and polishing systems. The correct selection depends on how the diamond particles are held, exposed or dispersed during processing.
Resin-Bond Abrasive Tools
SND-M10 can be evaluated in resin-bond grinding and polishing tools. Particle size, abrasive concentration, bond hardness, grain retention and manufacturing conditions must be selected for the intended workpiece.
Diamond Paste & Polishing Compounds
Paste performance depends on the selected micron fraction, abrasive loading, carrier rheology, mixing and application method. Compatibility with a specific paste formulation must be confirmed through trials.
Water-Based & Oil-Based Slurries
Wetting and dispersion behavior can differ between liquid-carrier systems. Sedimentation, agglomeration, suspension stability and storage conditions should be evaluated for the actual formulation.
Metal, Vitrified & Electroplated Bonds
Additional bonded-tool systems require separate evaluation of grain retention, bond chemistry, manufacturing temperatures and the target grinding process. The grade should not be treated as universally compatible with all bond systems.
How to Compare SND-M10 with Other Micron Diamond Powders
A meaningful comparison should use the same workpiece, an equivalent particle-size specification and comparable processing conditions. Purchasing decisions should be based on the intended grinding or polishing result rather than the grade name alone.
Compare Particle Size & PSD
Review nominal size, grading method, distribution limits and available oversize-control information. Particle-size consistency can matter even when two powders share the same nominal designation.
Compare Abrasive Morphology
Examine actual crystal shapes and possible particle agglomeration. Irregular, blocky and other particle forms may behave differently under the same grinding or lapping conditions.
Compare Dispersion & Cleanliness
For pastes and slurries, evaluate wetting, particle separation, sedimentation and contamination. Any numerical impurity or cleanliness comparison should be supported by comparable test methods.
Compare Actual Process Results
Assess removal rate, surface finish, isolated scratches, workpiece damage, abrasive consumption and cost per component using comparable test conditions.
These are recommended comparison criteria, not measured claims that SND-M10 achieves a fixed improvement over SND-M05, SND-M15 or a competing supplier.
SinoDiam Micron Diamond Product Selection
Explore SinoDiam micron diamond powders according to general-purpose grade positioning and specialty manufacturing applications. SND-M05, SND-M10 and SND-M15 form the main Economy, Standard and Premium grade family, while specialty products address distinct technical processes.
General-Purpose Micron Diamond Grades
Specialty Micron Diamond Products
The following products are grouped by intended manufacturing process rather than by a single quality ranking. Their individual technical specifications and application performance should be evaluated separately.
General-purpose grades and specialty products use different selection criteria. No fixed purity ranking, guaranteed surface finish or direct competitor-grade equivalence is implied. Check available micron fractions and grade-specific technical information before ordering.
Frequently Asked Questions
1. What is SND-M10 Standard Micron Diamond Powder?
2. What is the difference between SND-M05, SND-M10 and SND-M15?
3. Is SND-M10 suitable for glass and ceramic polishing?
4. Can SND-M10 be used for gemstone polishing?
5. Can SND-M10 be used for diamond paste or polishing slurry?
6. What micron sizes are available for SND-M10?
7. What do D10, D50 and D90 mean in micron diamond grading?
8. Why is oversize-particle control important?
9. Is SND-M10 compatible with resin, metal, vitrified and electroplated bonds?
10. Does SND-M10 guarantee higher efficiency than SND-M05?
11. When should I consider SND-MPL or SND-M/PCD instead of SND-M10?
12. What information is needed for an SND-M10 quotation?
SINODIAM INTERNATIONAL · MICRON DIAMOND TECHNICAL SUPPORT
Request SND-M10 Specifications & Quotation
Looking for standard-grade micron diamond powder for precision grinding, lapping, gemstone processing, glass and ceramic finishing, or industrial diamond paste and slurry manufacturing?
Share your required micron fraction, particle-size distribution requirements, workpiece material, bond or liquid-carrier system, processing conditions, expected quantity and delivery destination.
SinoDiam can discuss the available product specifications and the appropriate grade-selection approach for your application.
