In　order　to　reduce　workload　of　parameter　identification　for　nonlinear　mechanical　model　of　metallic　rubber,　in　this　paper,　based　on　parameters　identification　method　of　static　experimental　curves,　experiments　were　designed,　and　data　were　processed,　further　aimed　at　hollow　cylindrical　metallic　rubber,　nonlinear　dry-friction　structural　element　model＇　parameters　were　identified,　what＇s　more,　friction　coefficient,　radial　stiffness,　axial　stiffness,　and　friction　angle　of　stainless　wire　under　room　temperature　were　obtained.　It　was　proved　by　simulation　that　parameters　identification　method　in　this　paper　was　effective　and　accurate.　Based　on　this,　errors　of　simulation　were　analyzed　elaborately.