氧化铝陶瓷从结构陶瓷的角度看，氧化铝陶瓷可分为耐磨部件、结构部件、耐火部件、载体、耐酸部件、绝缘部件等等。从功能方面看，氧化铝陶瓷具有电学、光学、化学、生物、吸声、热学、力学等多种功能。
以纳米氧化铝(VK-L05C)为主要原料制得的纳米氧化铝精细陶瓷，因具有多种功能，在高科技术领域及许多行业中已得到应用。多芯片式封装用陶瓷多层基板：封装用的纳米氧化铝陶瓷多层基板的制造方法有厚膜印刷法、生坯叠片法、生坯印刷法、厚薄膜混合法等四种。
用纳米氧化铝陶瓷的晶粒、晶界、气孔等结构特征和特性作敏感元件，用于高温和含腐蚀性气体的环境中，使检测、控制的信息准确而迅速。从应用的类型看，有温度、气体、温度等传感器。
纳米氧化铝的硬度(Hr)为2700~3000，杨氏模量(kg/mm2)35000~41000。导热系数0.75~1.35×103J/m·h·℃，热膨胀系数8.5×10-6/℃(室温~1000℃)。人们在利用这些特性的同时，又开发了Al2O3~TiO2，Al2O3-ZrO2系陶瓷，以改善纳米氧化铝陶瓷刀具的韧性和耐热冲击性，适应高速切削的需要。（图/文www.yxwdcy.com）
中译英：
Alumina ceramic structure from the ceramic angle, alumina ceramics can be divided into parts, structural parts, refractory component, carrier, acid components, insulation parts etc.. From the functional perspective, the alumina ceramics is electrical, optical, chemical, biological, sound absorption, thermal, mechanical and other functions.

Nano alumina ( VK-L05C ) as the main raw material of nanometer alumina fine ceramics, has a variety of functions, in Gaoke technology field and many industries have been applied. Multi chip package with a multilayer ceramic substrate: encapsulating nanometer alumina ceramic multilayer substrate manufacturing method with thick film printing method, green laminated method, green printing, thick and thin film hybrid method four.