Jawellry diamond

Product Details:

3.2 mm Synthetic mono crystalline Diamond: 3.2 mm Monocrystalline Single Crystal Diamond (SCD). This is not diamond powder but a large single-crystal diamond piece grown by HPHT or CVD. These are precision-engineered and have very different uses compared to micron powders or pastes. Description: Monocrystalline (single-crystal) diamond: A diamond made of a single, continuous crystal lattice with no grain boundaries. Size 3.2 mm (~1/8 inch): Considered relatively large for industrial single-crystal diamonds. Properties: Extreme hardness High thermal conductivity Chemical inertness Optical transparency from UV to IR Applications of 3.2 mm Monocrystalline Diamond. 1. Cutting Tools: Precision cutting tool inserts for non-ferrous metals (aluminum, copper, brass). Ultra-hard cutting tips for machining composites, ceramics, and high-silicon alloys. PCD/PCBN tool seed or inserts. 2. Optical & Photonic Devices: Diamond windows for high-power lasers. Infrared optics in defense and aerospace. High-transparency substrates for Raman spectroscopy. 3. Electronics & Semiconductors: High-power, high-frequency electronic devices (diamond semiconductors). Heat spreaders in power electronics due to excellent thermal conductivity. Substrates for quantum computing (NV centers in diamond). 4. Scientific & Medical: X-ray windows for synchrotron beamlines. Anvil cells in high-pressure physics experiments (diamond anvil cell). Biocompatible implants and surgical blades. 5. Jewelry & Luxury: Can be cut and polished into a gemstone (if clarity is high enough). Used as a decorative insert in watches, pens, and luxury instruments. 6. Specialty Industrial Applications: Precision wear parts (bearings, pivots in high-end watches, sensors). Optical calibration standards. Reference material for hardness testing. ✅ In short, a 3.2 mm monocrystalline diamond is mainly used in tooling, optics, semiconductors, quantum technology, and scientific research, apart from possible jewelry applications if quality is gem-grade.