By Advanced Nano Products Co., Ltd. (ANP)
An abrasive for semiconductors in which oxide particles with excellent polishing properties are dispersed in water. It is applied to the CMP process.
Sputtering target Display transparent electrode Indium tin oxide(ITO) Indium zinc oxide(IZO) Oxide semiconductor Oxide TFT Indium gallium zinc oxide(IGZO) Solar battery transparent electrode Transparent conductive ceramic sputtering targets are used to produce thin films that are transparent and have excellent electrical conductivity by allowing visible light to pass through via a vacuum deposition process. They are key materials for solar cells and flat panel displays such as LCD, OLED, LED, and TSP. ITO is a representative transparent electrode material that can achieve high optical transparency and excellent electrical conductivity. As for oxide semiconductor materials, IGZO can achieve high efficiency and high mobility and is produced in various forms, such as flat and cylindrical shapes. Nano Materials supplies ceramic sputtering targets in both flat and cylindrical shapes. Characteristics - Excellent density (high density, over 99% of the theoretical density) - Can be manufactured in various forms (flat plates, tablets, cylinders, etc.) - High purity (99.99%) Applications Solar battery and various displays (LCD, OLED, LED, TSP, smart window, etc.) transparent electrode Oxide semiconductor (Oxide-TFT material) Download Product-Related Materials Product Name / Grade / Characteristics / Major Applications: Transparent conductive oxide target - ITO (Indium Tin Oxide): Excellent electrical conductivity and high transmittance - Display transparent electrode - IZO (Indium Zinc Oxide): Amorphous transparent electrode material realized in low and high temperature processes - Display transparent electrode - AZO & GZO (Antimony Zinc Oxide & Gallium Zinc Oxide): Moisture resistance and excellent heat stability - Solar battery and display transparent electrode - SCOT (Solar Conductive Oxide Target): Excellent transmittance and mobility realized in long wavelength areas - Solar battery and display transparent electrode Oxide semiconductor target - IGZO (Indium Gallium Zinc Oxide): Large area high performance conversion such as LCD and OLED, and transparent electrode material of flexible displays - Display oxide semiconductor ※ Product specifications and information are subject to change without notice. Please contact us for the latest information.
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Ultra-high purity (UHP) colloidal silica, a next-generation CMP polishing slurry material, consists of particles ranging from 20 to 200 nm and features precisely controlled surface properties, delivering exceptional polishing performance and a low scratch rate. Furthermore, it minimizes wafer surface defects and reliably maintains consistent, long-term polishing performance. Characteristics - High removal rates with low scratch for different substrates. - Stable neutral and basic ph. - Uniform dispersibility & sharp particle size distribution. - Control over size, shape (spherical or cocoon), etc. - Excellent Dispersion Stability Grade: CMP Silica Characteristics: Can adjust the size of the ceria particles (20~200 nm) High Removal Rate with Low Scratch Stable Neutral and Basic ph Uniform dispersibility & sharp particle size distribution Control over size, shape (spherical or cocoon), etc. Major Applications: Wafer Polishing Ceramic Binder Anti-Reflection Coatings Photo Patterning Tags: Semiconductor CMP SiO2 Silica Particles Slurry Ultra-High Purity(UHP) Removal Rate Uniformity ※ Product specifications and information are subject to change without notice. Please contact us for the latest information.
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This ink has a high concentration of Ag particles with a uniform nano-size dispersed in a polar or non-polar solvent. It has excellent dispersion and maintains a viscosity suitable for the inkjet process. The fine electrodes formed by the inkjet can be cured at low temperatures and can be applied to various electrode materials because of their excellent electrical conductivity. Characteristics - High jetting stability - Can generate microelectrodes - Excellent conductivity and adhesion Applications Flexible display Printed circuit boards Generation of micro and mini LED microelectrodes Electromagnetic shield Touch screen electrodes Download Product-Related Materials Grade | Characteristics | Major Applications | Materials SilverjetP series: Ag 30~35%, Polar solvent base dispersion, Curing temp. 120~150℃ & 180~200℃ &400~550℃; Generating electrodes in various plastic materials, ITO, and bare glass SilverjetH series: Ag concentration 50~60%, Non-polar solvent base dispersion, Curing temp. 250℃ & 400~550℃; Generating electrodes in polyimide films, ITO, and bare glass ※ Product specifications and information are subject to change without notice. Please contact us for the latest information.
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The conductive additives used as electrode materials in batteries are carbon materials such as carbon nanotubes (CNT) and carbon black, which improve the conductivity of electrode active materials. The carbon materials produced by ANP are supplied in the form of highly concentrated and stable dispersion solutions based on various solvents. Due to their high electrical conductivity, they are widely used as cathode and anode conductive additives in batteries. Characteristics - High concentration - Low viscosity - High conductivity - Excellent storage stability Applications MWCNT SWCNT Composite Download Product-Related Materials Grade / Characteristics / Major Applications / Materials CN Series: NMP base dispersion, high concentration, and low viscosity - Cathode conductive material dispersion BN Series MN Series CW Series: Water base dispersion, high concentration, and low viscosity - Anode conductive material dispersion ※ Product specifications and information are subject to change without notice. Please contact us for the latest information.
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