0086 19937798228 [email protected]
Application of precision ceramics in semiconductor and new energy fields Today's world has witnessed unprecedented changes and accelerated evolution. 科学技術革命と産業変革の新たなラウンドは急速な進歩を遂げました. 科学技術の革新は国際戦略ゲームの主な戦場になりました. The competition around the commanding heights of science and technology is unprecedented fierce. 精度 陶芸 are a kind of high-tech materials that are developing rapidly in the world at present. 主なコンポーネント...
Key Takeaways Advanced ceramics (alumina, zirconia, silicon nitride, ティッカー) are growing across semiconductor, new energy, and medical applications. Their hardness and brittleness make precision machining a key bottleneck — and a driver for diamond wire loop cutting adoption. China's advanced ceramics industry is moving from raw-material supply toward high-value precision components. Development of advanced ceramic material industry（二） Porous ceramics Porous ceramic is a kind of ceramic material with a large number of interconnected or closed pores, 高温耐性の利点があります, 耐食性,...
Key Takeaways Advanced ceramics differ from traditional ceramics in raw materials and processes: they are made from high-purity, ultra-fine powders with designed composition and structure, precise chemical metering and new preparation technology. They fall into two families: structural ceramics (高強度, 硬度, corrosion, wear and high-temperature resistance for load-bearing parts) and functional ceramics (dielectric materials that detect, 変形する, store and transmit electrical, マグネチック, オプティカル, アコースティック, 熱の, chemical or biological signals). Functional ceramics underpin electronic information, 集積回路, コンピューター, 自動制御, defense, 航宇, biomedicine,...
Key Takeaways Industrial ceramics are fine ceramics used in industrial production, delivering mechanical, thermal and chemical functions in application. High temperature, corrosion, wear and erosion resistance let industrial ceramics replace metals and organic polymers in harsh working environments, with broad prospects in energy, 航宇, machinery, 自動車, electronics and chemical industries. Industrial ceramics divide into ordinary (clay-based) ceramics and special ceramics such as alumina, silicon carbide and lithium oxide ceramics. Ordinary ceramics are fired from clay, feldspar and quartz; they serve as electrical porcelain for...
石英るつぼ産業の発展動向: 半導体および太陽光発電双方向駆動 1、 Overview of Quartz Crucible Quartz crucible is a container made of high-purity quartz sand, これはきれいです, 均質, 高温耐性, 太陽エネルギーおよび半導体分野で結晶シリコンを精製する製造プロセスで広く使用されています. インナークォーツの種類に応じて, それは合成石英るつぼに分けることができます (ティッカー) 天然石英るつぼ (ティッカー). The technical progress of China's quartz products industry is relatively...
Key Takeaways High-purity quartz is the feedstock for semiconductor crucibles, PV ingot growth and optical components. 純度はそれから作られるすべての性能限界を決める — キルン, チューブ, ウィンドウズ. 硬くて, 脆く、高価である, そのため切断はダイヤモンドワイヤーで行い、ケルフロスを最小限にする. 高純度クォーツとは? 高純度石英は世界でも希少なハイテク戦略鉱物資源. It is an irreplaceable mineral raw material for the manufacture of high-tech quartz glass and a rare generic high-value-added mineral resource...
Types of Optical Glass Key Takeaways Optical glass comes in six main types: colorless optical glass, anti-radiation optical glass, radiation-resistant optical glass, tinted (filter) グラス, ultraviolet and infrared optical glass, and optical quartz glass. Colorless optical glass is divided by Abbe number into crown glass and flint glass, each subdivided by refractive index; it is mostly used as lenses, prisms and mirrors for telescopes, microscopes and cameras. Anti-radiation glass includes high-lead glass that blocks gamma and X-rays and calcium-borate glass that absorbs slow and...
Classification of new functional ceramic materials New functional セラミック materials are dielectric materials with electrical, マグネチック, オプティカル, アコースティック, 熱の, メカニカル, 化学的または生物学的機能. 幅広い用途を持つ機能性セラミック材料には多くの種類があります, 主に強誘電体などの異なる機能を持つ新しいセラミック材料を含む, 圧電, 誘電体, 焦電体, 半導体, electro-optic and magnetic. Key Takeaways New functional ceramic materials are dielectric materials with electrical, マグネチック, オプティカル, アコースティック, 熱の, メカニカル, 化学的または生物学的機能, including ferroelectric, 圧電, 誘電体, 焦電体, 半導体,...
