Cerium Oxide Additive for Specialty Glass Manufacturing
製品詳細
| CeO₂ 純度: | ≥99.5% | TREO: | ≥ 99% |
|---|---|---|---|
| 粒径(D50): | 1～5μm | 水分: | ≤0.5% |
| かさ密度: | 0.8 ～ 1.5 g/cm3 | 包装: | 20 kgの袋またはカスタマイズされた |
| ハイライト |
Cerium Oxide glass additive,Rare Earth Oxide for glass,Specialty Glass manufacturing additive |
||
製品の説明
Cerium Oxide Additive for Specialty Glass Manufacturing
Product Overview
Lichen Cerium Oxide Additive for Specialty Glass is a high-purity rare earth material designed to improve optical quality, UV absorption performance, and glass clarity in specialty glass production. The product is widely used in technical glass, display glass, protective glass, and high-value industrial glass applications where superior transparency and defect control are required.
Manufactured under strict quality control, our ceria powder provides consistent particle size distribution and stable chemical composition, helping glass manufacturers achieve reliable production performance and improved product quality.
Key Features
- High purity cerium oxide content
- Excellent UV absorption capability
- Improves optical transparency and color stability
- Reduces glass defects and discoloration
- Consistent particle size distribution
- Suitable for specialty and functional glass applications
- Stable quality for large-scale industrial production
Particle Size Distribution
Applications
- Specialty architectural glass
- Protective cover glass
- Functional industrial glass
- UV-resistant glass
- Radiation shielding glass
- Technical ceramic-glass composites
- High-performance glass products
Frequently Asked Questions
Q1: What is the primary function of cerium oxide in specialty glass?
Cerium oxide acts as a UV absorber and optical modifier, helping improve transparency, color stability, and resistance to solar radiation.
Q2: Can the additive be customized for different glass formulations?
Yes. Particle size and purity specifications can be adjusted according to customer production requirements.
Q3: Is the product suitable for continuous melting furnaces?
Yes. The material is designed for both batch and continuous glass manufacturing processes.
Q4: What packaging options are available?
Standard packaging is 20 kg bags, while customized industrial packaging is available upon request.
製品 ハイライト
Cerium Oxide Additive for Specialty Glass Manufacturing Product Overview Lichen Cerium Oxide Additive for Specialty Glass is a high-purity rare earth material designed to improve optical quality, UV absorption performance, and glass clarity in specialty glass production. The product is widely used ...
Cerium Oxide Additive for Clear Glass and Advanced Packaging Glass
Cerium Oxide Additive for Clear Glass and Advanced Packaging Glass Product Overview Lichen Cerium Oxide Additive for Clear Glass and Advanced Packaging Glass is engineered for manufacturers seeking enhanced transparency, UV protection, and improved product durability. The material is commonly used ...
High-Purity Cerium Oxide Additive for Optical Glass Product Description
High-Purity Cerium Oxide Additive for Optical Glass Product Product Overview Lichen Optical Grade Cerium Oxide Additive is specifically developed for manufacturers of optical glass, precision lenses, imaging components, and photonic materials. The high-purity ceria powder helps improve optical ...
Cerium Oxide Additive for Specialty Glass Manufacturing
Cerium Oxide Additive for Specialty Glass Manufacturing Product Overview Lichen Cerium Oxide Additive for Specialty Glass is a high-purity rare earth material designed to improve optical quality, UV absorption performance, and glass clarity in specialty glass production. The product is widely used ...
光学ガラス製造用高純度セリウム酸化物
光学ガラス製造用高純度セリウム酸化物 製品概要 高純度セリウム酸化物 (CeO2) は,光学,特殊,高性能ガラス生産に使用される高級ガラス添加物である.紫外線吸収剤製造者がガラスの透明性,色一致性,光学性能を向上させるのを助けます.この製品は,精密光学,ディスプレイガラス,特殊な品質基準を必要とする先進的なガラス製剤. 主要 な 特徴 高化学純度で一貫した質のガラス 鉄に関連した色を減らすことで優れた色消化性能 有効なUV吸収特性 光学伝達性と透明性を向上させる 高温の溶融条件下で安定した性能 低汚れ 含有 性 は,完成 した ガラス の 欠陥 を 最小 に する 粒子の大きさの分布について ...
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.
