"high purity rare earth material"
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
2.2μM Ph 中性ポリシング CMP グラス・ウェーファー基板用スラム
CMP Slurry For Glass Wafer Substrates Description Lichen CMP Slurry for Glass Wafer Substrates is a high-purity, ready-to-use polishing slurry formulated for precision chemical-mechanical planarization (CMP) of glass wafer substrates. Designed for the advanced semiconductor, photonics, and microelectronics industries, this slurry ensures optimal material removal, uniform surface polishing, and low defect density, meeting the strict requirements for high-performance glass
液体スーパーセリウムオキシド グラス・ポーリング用 水性スラージー・ハズ・リムーバー
Cerium Oxide Slurry For Display Cover Glass Description Lichen Cerium Oxide Slurry for Display Cover Glass is a high-purity, water-based slurry formulated for the precision polishing of display cover glass. Specifically designed for use in the manufacturing of smartphone screens, tablet covers, and other consumer electronics with glass touch surfaces, our cerium oxide slurry ensures excellent surface quality, enhanced optical clarity, and high durability. This slurry
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
PH 中性セリウムオキシド 自動車ディスプレイガラス用岩石ポリッシュスラム
Slurry For Polishing Of In-car Display Glass Description Lichen Slurry for Polishing In-Car Display Glass is a high-purity cerium oxide-based slurry designed specifically for the demanding requirements of automotive display glass polishing. This slurry is formulated to deliver superior surface smoothness, high optical clarity, and scratch-free finishes on the glass surfaces used in in-car displays, touchscreens, and instrument clusters. Ideal for automotive infotainment
自動車用ガラス セリウムオキシド 磨き粉 サファイアスラム OEM
Polishing Slurry for Automotive Glass Finishing Description Lichen Polishing Slurry for Automotive Glass Finishing is a high-performance cerium oxide-based slurry specifically designed to achieve exceptionally smooth, clear finishes on a wide range of automotive glass surfaces. Whether you are polishing windshields, side windows, mirrors, or headlights, our slurry provides superior optical clarity, removing imperfections such as scratches, water spots, haze, and micro
紫外線保護金属 CMP セリウムオキシドスラム プレコーティング ガラスポーリング
Cerium Oxide Slurry For Pre-coating Glass Polishing Description Lichen Cerium Oxide Slurry for Pre-Coating Glass Polishing is a high-performance, cerium oxide-based slurry designed specifically for pre-coating glass polishing. Ideal for use in the glass manufacturing and coating industries, this slurry ensures a smooth, defect-free surface that is essential for optimal adhesion and uniformity of glass coatings. Whether you are working with automotive glass, architectural
化学 機械 セリウムオキシド 汽車用ガラス用スローリング粉
Cerium Oxide Polishing Powder For Automotive Safety Glass Description Lichen Cerium Oxide Polishing Powder for Automotive Safety Glass is a high-performance polishing solution designed to provide superior clarity and smoothness for automotive safety glass. Engineered specifically for windshields, side windows, and other critical safety glass applications, our cerium oxide powder ensures that glass surfaces are defect-free, providing optimal visibility, driver safety, and
CeO2セリウム酸化物 光学磨き粉 構成物
Polishing Powder for Anti-Reflection Coating on Advanced Optics Description Optimize your thin-film performance with our High-Purity Cerium Oxide (CeO₂) Polishing Powders, specifically engineered for the precision optics market. Achieving a high-efficiency Anti-Reflection (AR) coating begins with the substrate; our powders deliver the angstrom-level surface roughness and ultra-clean topography necessary for maximum coating adhesion and minimal light scatter. As laser systems
CMP セリウム ポリッシュ 粉 玻璃 ポリッシュ ためのセリウム オキシード シリコン ウェーファー
Polishing Powder for Silicon Wafer CMP Description Achieve the extreme planarity required for semiconductor nodes with our Advanced Cerium Oxide (CeO₂) Polishing Powders. Specifically engineered for Chemical Mechanical Planarization (CMP), our powders are designed for the high-volume manufacturing of silicon wafers, delivering the atomic-level smoothness essential for sub-7nm logic and 3D NAND memory architectures. Our formulations utilize precisely controlled particle
半導体用セリウムオキシド光学ガラス磨き粉
Cerium Oxide For Polishing High-index Infrared (IR) Optics Description Our Cerium Oxide for Polishing High-Index Infrared (IR) Optics is specially developed to meet the demanding surface quality requirements of infrared optical components. Optimized for high-index IR materials, this cerium-based polishing product delivers controlled material removal, ultra-low surface roughness, and minimal sub-surface damage—critical for maintaining optical performance in IR systems. Key
スクラッチ削減ガラスポリシングパスタ 3ミクロンセリウム酸化物ベースの粉末
Scratch-reduction Polishing Powder For Smartphone Cover GlassDescriptionLichen Scratch-Reduction Polishing Powder for Smartphone Cover Glass is a high-performance cerium oxide-based powder designed to deliver smooth, scratch-free finishes on smartphone cover glass. Whether you're working with sapphire glass, or other advanced smartphone glass materials, this polishing powder is specially formulated to enhance the optical clarity and durability of mobile device screens, while
