适合什么需求Good For
硅-玻璃 MEMS 腔体封装、压力或惯性传感器、可视化微流道、真空或受控气氛腔体，以及需要晶圆级永久键合的器件。Silicon-glass MEMS cavities, pressure or inertial sensors, visible microchannels and wafer-level permanent packages.
专业词入口Topic Entry
阳极键合，先确认玻璃体系、表面状态与腔体气密目标。Anodic bonding starts with glass chemistry, surface condition and cavity-hermeticity targets.
阳极键合利用温度与电场实现硅和含碱玻璃的永久连接，常用于 MEMS 腔体、压力传感器与微流控封装。路线判断要同时核对玻璃热膨胀系数、界面洁净度、图形台阶、对准精度和器件耐压耐温边界。Anodic bonding permanently joins silicon and alkali-containing glass for MEMS cavities, sensors and microfluidics; feasibility depends on material, surface, topology, alignment and device limits.
需要准备什么Prepare First
硅片与玻璃牌号、片径和厚度、表面粗糙度与翘曲、腔体深度、金属或介质层、对准 mark、目标温度电压及键合气氛。Silicon and glass grades, wafer format, roughness, bow, cavity depth, films, alignment marks, temperature, voltage and atmosphere.
常见风险Common Risks
颗粒导致未键合区、台阶或粗糙度过大、热膨胀失配引发裂片、金属离子迁移、腔体压强偏差、对准漂移和后续切割崩边。Particles, excessive topology, thermal mismatch, ion migration, cavity-pressure error, overlay drift and dicing damage.
推荐下一步Next Step
把“硅玻璃封装”转换成材料、界面、窗口和气密验收表。Translate silicon-glass packaging into material, interface, process-window and hermeticity inputs.
请提交材料牌号、片径厚度、结构截面、腔体与引线布局、表面状态、对准公差、温度电压上限，以及泄漏、剪切强度或红外空洞检查标准。微纳Hub 会先比较阳极键合、直接键合与中间层键合路线。Share materials, section, cavity and feedthrough layout, surface state, overlay tolerance, process limits and leak, strength or void-inspection criteria.
提交阳极键合需求Submit anodic-bonding request查看键合与封装导航Open bonding route