CB11003 Diamond Micropowder

Diamond Micropowder Description

Diamond Micropowder, composed solely of carbon in its diamond allotrope, is produced through a controlled lab-grown synthesis process. The material exhibits a narrow particle size distribution that minimises light scattering and enhances thermal conductivity. Such properties are critical for optical calibration and imaging systems. Detailed microstructural analysis confirms a uniform crystalline phase, making this powder suitable for precision scientific research and industrial applications.

Diamond Micropowder Characteristics

*The above product information is based on theoretical data and is for reference only. Actual specifications may vary.

Diamond Micropowder Applications

Optical Applications
- Use as a scattering standard in spectrometers to achieve consistent calibration by leveraging controlled particle morphology.
- Applied as a filler in optical composites to adjust refractive index by leveraging the high-purity diamond structure.

Industrial Applications
- Employed as an additive in polishing compounds for semiconductor wafers to achieve smooth surface finishes by leveraging the inherent hardness.
- Used in thermal management systems to achieve effective heat dissipation by leveraging diamond's superior thermal conductivity.

Diamond Micropowder Packing

Diamond Micropowder is packaged in sealed, inert polypropylene pouches and enclosed in rigid, moisture-resistant boxes with desiccants to mitigate contamination. The packaging design minimises exposure to ambient humidity and physical abrasion. Storage recommendations include a controlled, dry environment to maintain powder characteristics. Customised packaging options, including labelling and compartmentalisation, may be arranged to suit specific handling and transport requirements.

Additional Information

Diamond micropowder is produced using advanced lab-grown synthesis techniques that ensure consistent crystallinity and purity. The precise control over particle size makes it a valuable material for applications in optical calibration and advanced imaging systems, where predictable scattering behaviour is essential.

Research in nanomaterials highlights the importance of uniform diamond powders in enhancing thermal and mechanical performance. As studies progress in photonics and semiconductor processing, controlled diamond micropowder is increasingly utilised to achieve specific material behaviours in experimental and industrial settings.