Linear low-density polyethylene (LLDPE) materials may contain components, which are soluble at room temperature. These influence physical properties or raise concerns for end-users and regulatory bodies because LLDPE is widely used food packaging. Due to the nonpolar amorphous nature of temperature part LLDPE, its molecular characterization with common methods polyolefin analysis, such as Tempe...

Abstract The interactions and morphology of molecules in a polymer blend influence the physical properties blend. However, little is known about molecular interaction on thermal mechanical LLDPE/wax blends. Although cooling rate can be used to investigate blends' properties, it inadequate determine between since related blends could rate, samples prepared by melt mixing were cooled at different...

Objective of this work was to deeper understand the influence a grafted coupling agent in EVA/LLDPE based blends containing mineral filler acting as flame-retardant. (50:50 phr) magnesium-di-hydroxide (MDH) were compounded. For comparison, parts (4%–5%) LLDPE substituted with MAA-g-LLDPE copolymer agent. No observed by differential scanning calorimetry (DSC) thermal analysis. A strong different...

Despite having remarkable features such as low density, ease of fabrication and recyclability, linear low-density polyethylene (LLDPE) has several drawbacks like poor stiffness creep resistance which fortunately can be improved by incorporating with other suitable nanofillers. In this study, graphene nanoplatelets (GNPs) that are well-known for its high surface area superior stability were sele...

A patterned carbon film was produced from Linear Low-Density Polyethylene (LLDPE) by the implementation of a novel method named Chemical Masking Perforation (CMP). The following paper describes this procedure, starting with sulfonation precursor polymer LLDPE Chlorosulphonic acid to stabilize material, followed Fourier-transform infrared spectroscopy (FTIR) evaluation compare atomic bonds stabi...

Research of different asphalt modifiers has been necessary for the attempt to construct durable roads with higher standards. Fischer Tropsch-paraffin wax (Sasobit) recently attracted considerable attention over polymer modification due its capacity lower energy requirements asphaltic mix construction. In this study, Sasobit was used recover performance as well workability 3 wt% linear low-densi...