"cerium oxide polishing compound"
産業用稀土化合物セリウムオキシド Ceo2 ガラスポーリングパウダーの競争価格
FACTORY PRICE INDUSTRIAL GRADE CERIUM OXIDE POWDER CAS NO 1306-38-3 CEO2 HIGH PURITY 99.99% GLASS POLISHING POWDER Cerium Oxide Molecular Formula: CeO₂ Appearance: Light yellow powder Uses: Used as polishing material or as a catalyst. Item Specifications Test Basis Item CeO 2 -3N5C CeO 2 -4NC CeO 2 -4N5C CeO 2 -5NC TREO(wt%) ≥99.0 ≥99.0 ≥99.0 ≥99.0 Rare Earth Relative Purity (wt%) La 2 O 3 /TREO ≤0.01 ≤0.005 ≤0.003 ≤0.0004 GB/T 18115.2 CeO 2 /TREO ≥99.95 ≥99.99 ≥99.995 ≥99
精度Ceo2セリウム酸化物 PH中性磨き粉 高純度99%
High Purity Cerium Oxide Polishing Powder 99% Overview: Our High Purity Cerium Oxide Polishing Powder 99% is designed for precision polishing applications where the highest standards of quality, efficiency, and surface smoothness are required. Manufactured to a purity level of 99%, this cerium oxide polishing powder is ideal for polishing a wide range of materials, including glass, optical components, semiconductor wafers, and ceramics, ensuring exceptional surface finishes
0スマートフォン・タブレット用.
Cerium Oxide Polishing Powder For Cover Glass Finishing Description Lichen Cerium Oxide Polishing Powder for Cover Glass Finishing is a high-purity, fine-particle polishing material specifically engineered for the final finishing of cover glass used in consumer electronics and automotive display applications. It delivers excellent surface smoothness, high gloss, and superior defect control while maintaining stable and efficient polishing performance. This product is widely
ホワイトセリウムオキシド 光子結晶基板のための稀土の磨き粉末ペスト
Cerium Oxide Polishing Powder For Photonic Crystal Substrates Description Lichen Cerium Oxide Polishing Powder for Photonic Crystal Substrates is a high-purity cerium-based polishing material engineered for the ultra-fine finishing of photonic crystal substrates. Designed to support the stringent surface quality and dimensional accuracy required in photonic crystal structures, this product enables controlled material removal while preserving delicate micro- and nano-scale
スマートウェアラブルカバーガラス＆マイクロオプティクス仕上げ用超微細セリア酸化物研磨粉末
Ultra-Fine Ceria Oxide Polishing Powder For Smart Wearable Cover Glass & Micro-Optics Finishing Product Overview Developed for high-volume wearable electronics production, this ultra-fine cerium oxide polishing powder enables superior finishing of smartwatch cover glass, AR headset lenses, camera windows, and micro-optical assemblies. The formulation balances chemical activity and mechanical abrasion to deliver mirror-grade surfaces while maintaining high throughput in
ガラス稀土化合物 砂泥 セリウム酸化物 宝石の磨き用
Slurry For Defect Removal In Display Glass Production Description Lichen Cerium Oxide Slurry for Defect Removal in Display Glass Production is a high-purity, water-based polishing slurry designed specifically for the efficient removal of defects in display glass manufacturing. Formulated with optimized cerium oxide particles, this slurry offers excellent polishing performance, ensuring smooth, uniform surfaces while minimizing defects such as scratches, pits, and haze. Ideal
ODM セリウムオキシドベースの磨き粉末と化合物 磨き塗りスラム
Polishing Slurry for Ultra-Fine Electronics Surfaces Overview: Our Polishing Slurry for Ultra-Fine Electronics Surfaces is meticulously engineered to deliver precise, high-quality finishes for the most delicate electronics applications. With advanced cerium oxide-based technology, this slurry is designed for the polishing of ultra-fine surfaces in the electronics industry, ensuring smoothness, clarity, and minimal defects. Key Features: High Purity Cerium Oxide: Formulated
化学強化ガラス用セリウムオキシド化合物Ceo2スローリングを磨く
Polishing Slurry For Chemically Strengthened Glass Description Lichen Cerium-Based Polishing Slurry for Chemically Strengthened Glass is a high-purity, ready-to-use slurry specifically formulated for the fine polishing and surface finishing of chemically strengthened glass. Designed to work effectively on glass that has undergone ion-exchange strengthening processes, this slurry delivers excellent surface smoothness, high gloss, and low defect density without compromising the
スマートフォンのカメラレンズのためのシリウムオキシド磨材
Scratch-free Cerium Oxide Slurry For Smartphone Camera Lenses Description Our Scratch-free Cerium Oxide Slurry is specially formulated to deliver premium polishing performance for smartphone camera lenses. Designed to provide superior surface quality while preventing surface damage, this cerium oxide slurry is ideal for achieving high-precision finishes on optical lenses, ensuring clarity, scratch resistance, and minimal distortion in high-quality smartphone cameras. Key
擦り傷抵抗性 ガラス磨き用セリウム酸化物スラム 0.6μM
Cerium Oxide Slurry For Display Cover Glass Description Lichen Cerium Oxide Slurry for Display Cover Glass is a high-purity, water-based slurry designed for the precision polishing of display cover glass used in smartphones, tablets, wearables, and other consumer electronics. Formulated with ultra-fine cerium oxide particles, this slurry ensures superior surface smoothness, optical clarity, and scratch resistance, providing a premium finish for high-end glass covers. Perfect
ガラスの欠陥除去剤 セリウムオキシド 希少土の磨きスラム 低分散レーザー光学磨き用
Cerium Oxide For Low-scatter Laser Optics Polishing Description Lichen Cerium Oxide for Low-Scatter Laser Optics Polishing is a high-purity, cerium-based polishing powder engineered for the precision finishing of laser-grade optical components. Developed to meet the stringent surface quality requirements of modern laser systems, this product enables ultra-smooth surfaces with minimal micro-defects, significantly reducing light scatter and optical losses. It is ideally suited
プラナライゼーション セリウムオキシド スラージー 半導体ガラス用 磨きパスタ
Cerium Oxide Slurry For Semiconductor Glass Substrates Description Lichen Cerium Oxide Slurry for Semiconductor Glass Substrates is a high-purity, water-based polishing slurry formulated specifically for semiconductor glass applications. This slurry provides excellent material removal rates, consistent surface finishes, and precise planarization, making it ideal for polishing semiconductor glass substrates used in wafer-level packaging, photomasks, and advanced integrated
