Cerium Oxide UV-Absorbing Additive for Specialty Glass
Productdetails
| CeO₂-zuiverheid: | ≥99,0% | TREO: | ≥ 99% |
|---|---|---|---|
| Deeltjesgrootte (D50): | 0,5-3 μm | Fe₂O₃: | ≤ 0,01% |
| Bulkdichtheid: | 0,8–1,5 g/cm³ | UV-blokkeerbereik: | 280-400 nm |
| Markeren |
Cerium oxide UV absorber for glass,Rare earth oxide glass additive,UV-absorbing cerium oxide additive |
||
Productomschrijving
Cerium Oxide UV-Absorbing Additive for Specialty Glass
Product Overview
Cerium Oxide UV-Absorbing Additive is designed for glass manufacturers seeking enhanced ultraviolet protection. The material effectively absorbs harmful UV radiation while maintaining visible light transmission, making it ideal for specialty glass products used in automotive, architectural, electronic, and scientific applications.
Key Features
- Excellent UV absorption efficiency
- Maintains high visible light transmission
- Improves durability of UV-sensitive materials behind glass
- Suitable for specialty and functional glass formulations
- High-temperature stability
- Consistent particle size distribution for reliable dispersion
Particle Size Distribution
Applications
- Automotive windshield glass
- Museum display glass
- Protective architectural glazing
- Electronic display glass
- Scientific and laboratory glass
- UV-resistant specialty glass
Frequently Asked Questions
Q1: What UV wavelengths can cerium oxide absorb?
Cerium oxide is particularly effective in absorbing ultraviolet radiation within the 280-400 nm range.
Q2: Does UV protection reduce visible light transmission?
Properly formulated glass can maintain high visible light transmission while benefiting from enhanced UV protection.
Q3: Can this additive be used in laminated and coated glass systems?
Yes. Cerium oxide is compatible with various specialty glass formulations, including laminated and functional glass products.
Producthoogtepunten
Cerium Oxide UV-Absorbing Additive for Specialty Glass Product Overview Cerium Oxide UV-Absorbing Additive is designed for glass manufacturers seeking enhanced ultraviolet protection. The material effectively absorbs harmful UV radiation while maintaining visible light transmission, making it ideal ...
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