High-Purity Cerium Oxide Polishing Powder for LiDAR Optical Components
Product Details
| Main Component: | CeO₂ | CeO₂ Purity: | ≥99.5% |
|---|---|---|---|
| Particle Size: | D50: 0.5–1.5 μm | Application: | Precision Optical Polishing |
| Substrate: | Optical Glass, Fused Silica, Specialty Glass | Packaging: | Customized |
| Highlight |
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Product Description
High-Purity Cerium Oxide Polishing Powder for LiDAR Optical Components
Product Overview
High-Purity Cerium Oxide Polishing Powder is a precision polishing material developed for the manufacture of optical components used in LiDAR systems, autonomous driving sensors, and advanced automotive optics. Its high polishing efficiency and controlled particle characteristics make it suitable for producing smooth, high-quality optical surfaces on glass and other optical substrates.
The polishing powder is particularly suitable for precision finishing of LiDAR lenses, optical windows, beam-shaping components, sensor covers, and other transmissive optical elements where surface quality and optical performance are critical.
Key Features
- High-purity cerium oxide formulation
- High polishing efficiency for optical glass
- Controlled particle-size distribution
- Suitable for precision and ultra-fine polishing
- Helps achieve low surface roughness and high surface quality
- Good dispersion and slurry compatibility
- Suitable for automated optical polishing processes
- Designed for demanding LiDAR and automotive optical applications
Particle Size Distribution

Applications
- LiDAR optical lenses
- LiDAR transmitting and receiving optics
- Automotive optical windows
- ADAS sensor optics
- Laser optics
- Optical glass components
- Sensor cover glass
- Precision glass finishing
Q&A
Q: Why is cerium oxide suitable for LiDAR optical polishing?
A: Cerium oxide provides an effective combination of chemical-mechanical polishing action and high polishing efficiency, making it widely suitable for precision finishing of optical glass.
Q: Can the particle size be customized?
A: Yes. Particle size distribution can be adjusted according to the optical substrate, polishing process, equipment and required surface quality.
Q: Can this product be used for automated polishing?
A: Yes. Properly controlled particle distribution and dispersion characteristics make the material suitable for automated and production-scale polishing processes.
Q: Can you provide samples for LiDAR optical testing?
A: Sample quantities can be provided for customer evaluation and process compatibility testing.
Product Highlights
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