The effects of Li sub(2)O-ZnO-B sub(2)O sub(3) (LZB) glass additive on the sintering behavior, phase composition, microstructure and microwave dielectric properties of Li sub(2)Zn sub(3)Ti sub(4)O sub(12) ceramics were investigated. The addition of a small amount of LZB glass can reduce the sintering temperature of Li sub(2)Zn sub(3)Ti sub(4)O sub(12) ceramics from 1,075 to 900 degree C without much degradation of the microwave dielectric properties. Only a single-phase Li sub(2)Zn sub(3)Ti sub(4)O sub(12) is formed in Li sub(2)Zn sub(3)Ti sub(4)O sub(12) ceramic with LZB addition. Typically, the 1.5 wt% LZB glass-added Li sub(2)Zn sub(3)Ti sub(4)O sub(12) ceramic sintered at 900 degree C for 2 h can reach a high relative density of 97.5 % and exhibits good microwave dielectric properties, i.e., relative dielectric constant ( epsilon sub( )r = 19.1, quality factor (Q) = 7083.5 at 9 GHz, and temperature coefficient of resonant frequency ( tau sub( )f = - 48.9 ppm/ degree C. In addition, the ceramic could be co-fired well with an Ag electrode, which is made it as a promising dielectric ceramic for low temperature co-fired ceramics technology application.