Mohammad Mehdi Mohamadi - Master science of MBA, Polymer Research Laboratory, Mazeroon Foam Knowledge-Based Holding IndustrialGroup, Mazandaran, Iran
Fatemeh Entezari Juybari - Master science of Chemical Engineering, Polymer Research Laboratory, Mazeroon Foam Knowledge-BasedHolding Industrial Group, Mazandaran, Iran
Pouya Haghani - Ph.D. of Analytical Chemistry, Polymer Research Laboratory, Mazeroon Foam Knowledge-Based HoldingIndustrial Group, Mazandaran, Iran
Maryam Heydarpour Rooshan - Ph.D. student of Department of Polymer Engineering, South Tehran Branch, Islamic Azad University, Tehran,Iran

In order to further improve the service life, mechanical properties of Polyethylene Foams preparedthrough Extrusion Foaming Procedure were studied. Mechanical properties can be used for qualitycontrol purposes. It may also be employed to obtain reference values from which design values can becalculated using safety factors. Experimental Study of mechanical properties allowed us to predict theperformance as well as determining acceptable characteristics of produced foams. The mechanicalproperties of flexible cellular materials are overall associated with their density. In this study,mechanical properties of polyethylene foams are investigated by Compressive stress, Compression set,Tensile strength and elongation at break in the same density.

Polymeric foam, Mechanical properties, Flexible Cellular Materials, Polyethylene Foams