A. aluminum oxide: it is a new type of ceramic products in one of the most widely used raw materials, with excellent range and performance.
B. zirconium oxide: it is important for high temperature structural ceramic, electronic ceramic and refractory raw materials.
C. titanium dioxide: it is manufactured ceramic capacitor, thermal ceramics and Piezoelectric ceramic products of important raw materials.
D. beryllium oxide: it is an important raw material for new ceramics with high thermal conductivity.
E. three iron oxide: it is a strong magnetic materials of important raw materials.
F. Tin oxide: widely used in electronic ceramics.
G. zinc oxide: it can improve the mechanical and electrical properties of ceramic materials.
H. nickel oxide: used in thermal ceramics.
I. lead oxide: in new ceramics is mainly used for the synthesis of PbTiO3, Pb (Zr, TI) O3, Pb (Mg1/3, and Nb2/3) O3, the main raw material.
J. niobium pentoxide: it is widely used in electronic ceramic industry, such as used to produce niobium lead magnesium low-temperature sintering of multilayer ceramic capacitors, lithium niobate single crystals, such as the main raw material, but also can be used as a modifier.
K. manganese oxides: If a humidity sensor, overheat protector is made.
L. chromium oxide: in ingredients used as gas sensors and gas alarms.
M. cobalt oxides: applied to concentrated material and so on.