Effect of magnetic and thermal properties of iron oxide nanoparticles (IONs) in nitrile butadiene rubber (NBR) latex

Stability of nitrile and vinyl latex gloves under repeated disinfection cycles

“…The results confirmed that untreated nitrile gloves underwent one major degradation stage (300-600 o C). Any possible weight loss below that can be attributed to the evaporation of surfactants, stearic acid, and wax that are typically used in glove formulations [ 41 ]. The main weight loss step was initiated at around 300 o C, indicating that the gloves were thermostable up to 300 o C and contain negligible amount of moisture.…”

Self-assembly in biobased nanocomposites for multifunctionality and improved performance

“…Iron oxide can introduce exciting properties to biobased matrices, such as magnetism and thermal stability. 246 Magnetism in nanoparticle assemblies are more controllable than individual particles, with demonstrated improvement in magnetic response, multivalent interactions, and magnetic properties. Like other metals, the majority of work follows in situ methodologies, as size and assembly control are challenging.…”

Investigation of Mechanical, Thermal Properties of Camel wool Fiber and Chopped E-Glass Fiber Reinforced Epoxy Resin with and without Addition of Iron Oxide

“…The addition of SiC affects the composite's thermal and mechanical properties, providing insights into potential applications and optimizations for these materials in various engineering fields [9]. An understanding of composite materials and their specific properties for different industrial and technical applications is enhanced by the magnetic and thermal characteristics of nitrile butadiene rubber latex [10].…”