In　the　fiber-PTFE　board　and　rubber　combined　isolation　bearings,　fiber　cloth　or　PTFE　board　is　as　reinforced　layer,　which　bounds　to　the　lateral　deformation　of　the　rubber　layer.　Due　to　the　difference　in　reinforced　layer,　the　bearing　mechanical　properties　is　changed　to　some　extent.　In　order　to　study　the　horizontal　mechanical　properties　of　bearings,　4　groups　of　isolation　bearings　were　designed　to　take　the　horizontal　shear　test.　The　results　show　that　during　the　process　of　repeated　loading,　the　mechanical　properties　of　bearings　is　stable,　the　reinforced　layers　have　little　influence　on　the　horizontal　stiffness　of　bearings,　in　addition,　the　equivalent　damping　ratio　of　bearings　is　increased　with　the　fiber　cloth　layer　increasing.　Especially　under　the　larger　shear　deformation,　the　fiber-PTFE　board　and　rubber　combined　isolation　bearings　have　higher　equivalent　damping　ratio　and　better　performance　of　energy　consumption.