The 10mol% ZnO2mol% B2O38mol% P2O580mol% TeO2 (ZBPT) glass was prepared by quenching as well as slowly cooling the melt. The ZBPT glass prepared by both methods show similar microwave dielectric properties. ZBPT glass has an epsilon r of 22.5 (at 7GHz), Quxf of 1500GHz, and f of 100ppm/degrees C. The ceramic-glass composites of Sr2ZnTeO6 (SZT) and ZBPT is prepared through two convenient methods: (a) conventional way of co-firing the ceramic with ZBPT glass powder and (b) a nonconventional facile route by co-firing the ceramic with precursor oxide mixture of ZBPT glass at 950 degrees C. In the former route, SZT+5wt% ZBPT composite sintered at 950 degrees C showed moderately good microwave dielectric properties (epsilon r=13.4, Quxf=4500GHz and f=52ppm/degrees C). Although the SZT+5wt% ZBPT composite prepared through the nonconventional method also showed similar microwave dielectric properties (epsilon r=13.8, Quxf=5300GHz and f=50ppm/degrees C), the synthesis procedure is much simplified in the latter case. The composites are found to be chemically compatible with Ag. The composite containing 5wt% ZBPT prepared through conventional and nonconventional ways shows linear coefficients of thermal expansion of 7.0ppm/degrees C and 7.1ppm/degrees C, respectively. Both the composites have a room-temperature thermal conductivity of 2.1Wm1K1.