【邀请函】第四届电子陶瓷（MLCC/LTCC）产业论坛（2025年7月3日·合肥）

Electronic ceramics refer to a class of advanced ceramic materials that play a crucial role in fields such as electronics, communications, automation, energy conversion, and storage due to their unique electrical, optical, and magnetic properties. As an important category of strategic new materials, electronic ceramics are the core materials for passive electronic components and a significant technological frontier in the field of electronic information technology. With the increasing integration, intelligence, and miniaturization of electronic information technology, passive electronic components are increasingly becoming a bottleneck in the development of electronic component technology. Consequently, the strategic importance of electronic ceramic materials and their preparation and processing technologies is becoming increasingly prominent.

The main application field of electronic ceramics is in passive electronic components. Multi-layer ceramic capacitors (MLCC) are currently one of the most widely used and fastest developing passive components and play a critical role in the field of electronic components, often referred to as the "rice of industry." MLCCs feature high reliability, precision, integration, low power consumption, large capacity, small size, and low cost. They perform functions such as decoupling, coupling, filtering, bypassing, and resonating, with applications in automotive electronics, consumer electronics, communications, new energy, and industrial control among other industries. The mainstream development trends for MLCCs include miniaturization, increased capacity, thinner layers, base metal electrode implementation, and improved reliability. Among these, the technology relating to base metal internal electrodes has developed most rapidly in recent years. Using base metal internal electrodes is the most effective way to reduce the cost of MLCCs, and the key to implementing base metalization is the development of high-performance barium titanate ceramic materials resistant to reduction. In recent years, manufacturers domestically and internationally have shifted towards smaller, higher capacity, and more reliable high-end MLCCs with added value, moving the industry competition towards quality.

以低温共烧陶瓷技术（LTCC）技术为平台的无源集成技术具有广阔的发展空间。LTCC 技术以其优异的电学、热学、机械及互联特性，已成为新一代无源器件小型化、集成化、多功能化及系统级封装的首选方式，被广泛应用于各种微电子器件领域，如高精度片式元件、无源集成功能器件、无源集成基板及微电子功能模块等封装制品中。近年来5G/6G移动通信、虚拟现实、人工智能等新兴技术的涌现为 LTCC 的发展带来了全新的机遇。要实现无源元件的集成化、模块化，必须开发出新的 LTCC 材料新体系，同时必须解决不同介电常数材料之间及与金属电极的共烧兼容问题。

我国是电子元件大国，多种电子陶瓷产品的产量居世界首位，已经形成了一批在国际上拥有一定竞争力的元器件产品生产基地，同时拥有全球最大的应用市场。然而，目前高端电子陶瓷材料市场主要为日本企业所垄断，国内生产的材料少部分用于高端元器件产品，大部分用于中低端元器件产品；国内高水平科研成果在转化过程中遭遇来自原材料、生产装备、稳定性等方面的瓶颈，所占市场份额相对较低，电子陶瓷产业大而不强。在此背景下，艾邦智造将于2025年7月3日举办《第四届电子陶瓷（MLCC/LTCC）产业论坛》，本次研讨的主题将围绕电子陶瓷MLCC、LTCC的材料研发、工艺制造等方面，诚挚邀请电子陶瓷产业链上下游朋友共聚一堂，为加速我国电子陶瓷技术发展共同助力。

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2025年7月03日（周四）：7:30-9:00 签到；8:50-18:00 会议；18:00-20:30 晚宴

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原文始发于微信公众号（艾邦陶瓷展）：[Invitation] The 4th Electronic Ceramics (MLCC/LTCC) Industry Forum (July 10, 2025 · Hefei)