Effects　of　BiVO4　addition　on　the　sintering　behavior,　crystal　structure,　microstructure　and　microwave　dielectric　properties　of　CaLa4Ti4O15　ceramics　were　investigated.　When　BiVO4　addition　is　below　3 %,　the　sintering　temperature　of　CaLa4Ti4O15　ceramics　is　reduced　from　1,550 °C　to　about　1,400 °C.　And　only　phase　CaLa4Ti4O15　is　observed　in　the　CaLa4Ti4O15　ceramics.　However,　the　secondary　phase　CaLa4Ti5O17　appears　when　BiVO4　addition　reached　3 %.　It　is　important　that　a　small　amount　of　BiVO4　addition　can　not　only　lower　the　sintering　temperature　but　also　improve　the　microwave　dielectric　properties　of　CaLa4Ti4O15　ceramics.　The　CaLa4Ti4O15　ceramics　with　1.0 %　BiVO4　addition,　which　is　sintered　at　1,425 °C,　exhibits　excellent　microwave　dielectric　properties　of　Ε = 44.3,　Qf = 51,377 GHz,　τf = −9.0 ppm/°C.　The　variation　of　microwave　dielectric　properties　had　been　also　discussed　with　the　structure　evolution.　©　2014,　Springer　Science+Business　Media　New　York.