"cerium oxide slurry"
0.2μm 展示用ガラス清掃用稀土磨きスラム CAS 1306-38-3
Polishing Slurry for Display Glass Cleaning Description Maintain peak production yields and pristine optical clarity with our Series Cerium Oxide (CeO₂) Cleaning Slurries. Specifically engineered for the global display industry, these slurries are designed for the high-speed cleaning, light defect removal, and surface preparation of LCD, OLED, and Touchscreen glass. Unlike standard polishing abrasives, our cleaning formulations focus on surface activation and the removal of
シリコン・ウェーファー ガラス 希少土の磨き 泥泥 化学 機械的平化 CeO2
Polishing Slurry for Silicon Wafer Polishing Description Achieve atomic-level planarity and superior surface integrity with our Series Cerium Oxide (CeO₂) Polishing Slurries. Specifically engineered for Chemical Mechanical Planarization (CMP) in advanced semiconductor manufacturing, our slurries are optimized for the transition to smaller process nodes. By leveraging the unique chemical-mechanical synergy of high-purity ceria, our formulations deliver high material removal
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
半導体向け高純度ナノセリアCMPスラリー（粒子径200nm）
High-purity Nano Ceria CMP Slurry (200nm Particle Size) Designed For Semiconductor Descripti on High-purity nano ceria CMP slurry (100nm particle size) designed for semiconductor and advanced surface finishing. Stable dispersion, high removal rate, and ultra-low surface defects. It is ideal for next-generation precision polishing processes demanding nanometer-level surface control. Key Features & Advantages Nano-Scale Precision Polishing The 100 nm ceria particles enable
散装光学 Ceo2 稀土磨きスラム CAS 1306-38-3 20KG
Polishing Slurry For Precision Optics Description Polishing slurries for precision optics are specialized liquid mixtures containing fine abrasive particles engineered to achieve ultra-smooth, low-defect, and high-clarity surfaces on demanding optical materials. The specific type of slurry is selected based on the material being polished and the required surface finish quality. Different materials and application stages require specific abrasive types to achieve optimal
シリコンウェーハ研磨および半導体表面平坦化用 高性能セリアCMPスラリー
Advanced Ceria CMP Slurry For Silicon Wafer Polishing And Semiconductor Surface Planarization Product Overview This advanced ceria-based CMP slurry is optimized for high-precision silicon wafer polishing where nanoscale surface control is required. The chemically active cerium oxide particles promote efficient material removal while preserving crystal integrity and minimizing subsurface damage. The slurry enables improved wafer flatness, reduced dishing and erosion effects,
レーザー結晶および光子アプリケーションのための超細質セリア磨き粉
Ultra-Fine Ceria Polishing Powder for Laser Crystal and Photonics Applications Product Overview Ultra-Fine Ceria Polishing Powder is developed for polishing laser crystals and advanced photonic materials requiring ultra-low subsurface damage and exceptional surface smoothness. The formulation balances mechanical abrasion and chemical reactivity to achieve controlled polishing with minimized micro-scratches. It is ideal for high-value optical substrates used in laser and
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
水性ジルコニアスラム オプティカルポーリングパウダー 眼鏡用
Aqueous Zirconia Slurry For Ophthalmic Lens Overview: Lichen Aqueous Zirconia Slurry for Ophthalmic Lenses is a water-based zirconium oxide polishing slurry developed for the precision finishing of ophthalmic lenses. Designed to deliver controlled material removal with low surface damage, this slurry is particularly well suited for soft glass, high-index glass, and advanced ophthalmic lens materials where surface quality and optical clarity are critical. With its stable
光子産業用 グラス オプティカル ポーリング パウダー
Tailored Polishing Powder for Photonics Industry Description Elevate your photonics manufacturing with our ultra-high purity, tailored cerium oxide (CeO₂) polishing powders. Engineered specifically for the rigorous demands of precision photonics and fiber optics. As photonics systems move toward higher speeds and complex freeform geometries, our tailored powders provide the stability and precision necessary to minimize signal loss and maximize device efficiency. Key Features
1.0μM 光子産業用稀土磨き粉 PH 中性
Polishing Powder for Photonics Industry Description Our Polishing Powder for the Photonics Industry is specially engineered to meet the demanding requirements of optical and photonic component fabrication. Designed for precision polishing, this high-performance powder is ideal for lenses, mirrors, prisms, optical fibers, and waveguides used in cutting-edge photonic applications. Key Features: Exceptional Purity: Manufactured with the highest-quality materials, our polishing
シリコン・ウェーバーのための3ミクロン製のグラス・ポーリング・ペスト粉末
Tailored Polishing Powder For Silicon Wafer Manufacturing Description Lichen Tailored Polishing Powder for Silicon Wafer Manufacturing is a premium cerium oxide-based powder formulated to deliver exceptional performance in the polishing of silicon wafers used in semiconductor manufacturing. Designed to meet the stringent requirements of the semiconductor industry, this powder offers unparalleled control over the material removal rate, surface flatness, and defect reduction,
