Key Features
Extreme Hardness: Diamond is the hardest material known, offering exceptional wear resistance for demanding environments.
Superior Thermal Conductivity: With a thermal conductivity of up to 2000 W/m·K, it effectively dissipates heat, ideal for electronic cooling and high-power optics.
Low Friction Coefficient: Exhibits ultra-low friction in vacuum and high-load conditions, enhancing equipment lifespan and efficiency.
Optical Transparency: High transmittance across a broad wavelength range (UV to far-infrared), making it suitable for optical sensors and laser systems.
 
Applications
Precision Bearings: Used in aerospace and high-vacuum gyroscope bearings for ultra-low friction and high stability.
Optical Lenses: Serves as optical windows or focusing lenses in high-energy laser systems, ensuring long-term performance.
Medical Devices: Functions as high-hardness, high-precision components in biomedical probes and minimally invasive surgical tools.
Thermal Management: Embedded in high-power electronic devices as a thermal interface material for chip cooling or heat exchange systems.