Micron Diamond Powder is a premium ultra-fine abrasive material designed for high-precision grinding, polishing, and finishing applications. Manufactured from synthetic diamond crystals, it offers exceptional hardness, consistent particle distribution, and superior cutting efficiency. Widely used in marble, granite, tiles, ceramics, and stone processing industries, it delivers a smooth, mirror-like surface finish with excellent accuracy. Ideal for fine lapping, polishing compounds, and advanced industrial applications requiring high-quality surface refinement.

Micron Diamond Powder – Product Specifications

Basic Properties

• Product Type: Ultra-fine Synthetic Diamond Abrasive Powder
• Material: HPHT (High Pressure High Temperature) synthetic diamond crystals
• Color: Grey / Light Grey / Off-white (varies by grade)
• Crystal Type: Monocrystalline / Polycrystalline
• Shape: Angular / blocky particles for efficient cutting action
• Purity: ≥ 99.5% (high-grade industrial quality)

 Particle Size Range

• Typically 0.25 micron to 50 microns
• Fine grades used for polishing: 0.25 – 5 micron
• Medium grades for lapping: 5 – 20 micron
• Coarser micron grades for grinding: 20 – 50 micron

 Physical & Performance Properties

• Hardness: Mohs 10 (highest natural hardness)
• Toughness: High resistance to fracture and wear
• Shape Uniformity: Controlled particle distribution for consistent finish
• Thermal Stability: Suitable for high-speed polishing applications
• Self-sharpening effect: Improves cutting efficiency during use
• Surface Finish: Produces mirror-like smooth finishes on stone materials

 Applications (Marble, Tiles & Construction Industry)

• Marble & granite mirror polishing
• Tile surface finishing and refinement
• Stone lapping and grinding
• Engineered stone processing
• Ceramic and vitrified tile finishing
• Precision polishing of hard construction materials
• Abrasive slurry and polishing paste production

 Industrial Advantages

• Ultra-fine precision finishing capability
• Uniform scratch-free polishing results
• High cutting efficiency with low material waste
• Long tool life and consistent performance
• Suitable for both manual and machine polishing systems