شماره ركورد كنفرانس :
3975
عنوان مقاله :
Novel Polyurethane nano-composite foam for thermal insulation and acoustic absorption performances
عنوان به زبان ديگر :
Novel Polyurethane nano-composite foam for thermal insulation and acoustic absorption performances
پديدآورندگان :
Mirtaleb F. mrjhakim@yahoo.com Iran polymer and petrochemical institute, Tehran , Jozaghkar M. R. Iran polymer and petrochemical institute, Tehran , Behboodi T. Iran polymer and petrochemical institute, Tehran , Malekshahi E. Iran polymer and petrochemical institute, Tehran , Iazdipasand S. Iran polymer and petrochemical institute, Tehran , Badkoobe E.
Iran polymer and petrochemical institute, Tehran , Zahedi M. Shahreza Islamic azad university, Esfahan , Fotoohi S. University of Arak, Arak, Iran
كليدواژه :
Polyurethane , nanocomposites , foam , thermal insolation , acoustic absorption
عنوان كنفرانس :
اولين همايش ملي توسعه فناوري نانو
چكيده فارسي :
The aim of this study is to introduce polyurethane (PU) nono-composite foam with both thermal insulation and acoustic absorption properties. By virtue of PU superior vibration damping capability and attractive characteristics such as visco elasticity, simple processing and commercial availability polyurethane foam are extensively applied not only in automotive seats but also in various acoustical and insulation parts. However sound absorption coefficient of closed cell PU (based on methylene diphenyl diisocyanate) foams is low. So in this study hybrid of nanoclay and nanosilica was introduce to achieve novel polyurethane with thermal insolation and acoustic absorption perforamance. The results from acoustic measurmaent revealed that incorporation of 4wt% of hybrid fillers increase acoustic absorption coaefficient to 0.9-1. The sample containing 4wt% of hybrid filler showed good thermal insolation.
چكيده لاتين :
The aim of this study is to introduce polyurethane (PU) nono-composite foam with both thermal insulation and acoustic absorption properties. By virtue of PU superior vibration damping capability and attractive characteristics such as visco elasticity, simple processing and commercial availability polyurethane foam are extensively applied not only in automotive seats but also in various acoustical and insulation parts. However sound absorption coefficient of closed cell PU (based on methylene diphenyl diisocyanate) foams is low. So in this study hybrid of nanoclay and nanosilica was introduce to achieve novel polyurethane with thermal insolation and acoustic absorption perforamance. The results from acoustic measurmaent revealed that incorporation of 4wt% of hybrid fillers increase acoustic absorption coaefficient to 0.9-1. The sample containing 4wt% of hybrid filler showed good thermal insolation.
