High-Purity Cerium Oxide for Optical Glass Production
製品詳細
| CeO₂ 純度: | ≥99.0％ | TREO: | ≥ 99% |
|---|---|---|---|
| 粒径(D50): | カスタマイズ可能 | Fe₂O₃: | ≤ 0.01% |
| かさ密度: | 0.8 ～ 1.5 g/cm3 | 色: | 淡黄色の粉末 |
| ハイライト |
high-purity cerium oxide powder,cerium oxide for optical glass,rare earth oxide with warranty |
||
製品の説明
High-Purity Cerium Oxide for Optical Glass Production
Product Overview
High-Purity Cerium Oxide (CeO₂) is a premium glass additive used in the production of optical, specialty, and high-performance glass. It serves as an effective decolorizing, refining, and UV-absorbing agent, helping manufacturers improve glass clarity, color consistency, and optical performance. The product is widely utilized in precision optics, display glass, and advanced glass formulations requiring exceptional quality standards.
Key Features
- High chemical purity for consistent glass quality
- Excellent decolorization performance by reducing iron-related coloration
- Effective UV absorption properties
- Improves optical transmittance and clarity
- Stable performance under high-temperature melting conditions
- Low impurity content minimizes defects in finished glass
Particle Size Distribution
Applications
- Optical lens glass
- Precision prism manufacturing
- Camera and imaging optics
- Display and cover glass
- UV-protective glass products
- Specialty technical glass
Frequently Asked Questions
Q1: Why is cerium oxide added to optical glass?
Cerium oxide helps improve glass transparency, reduces unwanted coloration, and provides UV absorption properties that enhance optical performance.
Q2: Can cerium oxide improve glass quality consistency?
Yes. High-purity cerium oxide contributes to uniform melting behavior and stable optical characteristics across production batches.
Q3: Is this product suitable for high-end optical applications?
Yes. Its high purity and low impurity levels make it suitable for demanding optical and specialty glass manufacturing.
製品 ハイライト
High-Purity Cerium Oxide for Optical Glass Production Product Overview High-Purity Cerium Oxide (CeO₂) is a premium glass additive used in the production of optical, specialty, and high-performance glass. It serves as an effective decolorizing, refining, and UV-absorbing agent, helping manufacturers ...
High-Purity Cerium Oxide for Optical Glass Production
High-Purity Cerium Oxide for Optical Glass Production Product Overview High-Purity Cerium Oxide (CeO₂) is a premium glass additive used in the production of optical, specialty, and high-performance glass. It serves as an effective decolorizing, refining, and UV-absorbing agent, helping manufacturers improve glass clarity, color consistency, and optical performance. The product is widely utilized in precision optics, display glass, and advanced glass formulations requiring
Cerium Oxide UV-Absorbing Additive for Specialty Glass
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
Cerium Oxide Glass Decolorizing Additive
Cerium Oxide Glass Decolorizing Additive Product Overview Cerium Oxide Glass Decolorizing Additive is specifically engineered to eliminate green and yellow tints caused by iron impurities during glass production. By controlling color balance within the glass melt, it enables manufacturers to achieve brighter, clearer, and more aesthetically appealing glass products. Key Features Strong decolorization capability Enhances glass brightness and transparency Improves color
鉄鋼製造および金属精製のためのセリウム酸化催化粉
Cerium Oxide Catalyst Powder for Steelmaking and Metal Refinings Product Overview Cerium oxide catalyst powder is specifically developed for steelmaking and metal refining processes. It promotes oxidation-reduction reactions, improves refining efficiency, and supports the production of cleaner, higher-quality metals. Key Features High catalytic efficiency Excellent oxygen exchange capability Stable crystal structure High thermal resistance Suitable for continuous industrial
オンラインで問い合わせの連絡先フォームをご利用ください. 質問があれば,私たちのチームはできるだけ早く連絡します.
