This paper is an experimental examination of warm investigation of polyurethane foam material. Heat move in metal foam is one of the fields of specific examination enthusiasm because of the likelihood of conferring customized viable thermo-physical properties for different applications. In this paper, we propose to investigation of an integrated collector storage solar water heater. The discourse is connected firstly approval of thermal analysis model. The investigation of warmth exchange requires determination of the powerful warm conductivity and the warm contact resistance (TCR) connected with the interface between the metal foam and the neighboring surfaces or layers. The warm conductivity of polyurethane foam at mean temperature 55c is examined tentatively and in addition warm examination. Select one use of polyurethane foam material e.g. sunlight based water radiator (solar water heater). The study concentrates on the relative warm execution of this gatherer and another authority, indistinguishable in configuration, working under the same condition utilizing polyurethane from as heat insulation material.