![]() Further NBR sample with 6phr HNT demonstrated a retention of stress at rupture and elongation at rupture of 99 % and 91 % in hot air, 99 % and 91 % in IRM 901, 97 % and 95 % in IRM 903 respectively. All the NBR hybrid nanocomposites demonstrated excellent retention of tensile attributes after ageing in comparison to the black filler embodied typical NBR composite. Embodiment of HNT in NBR samples resulted in superior resistance to swelling in various fluid mediums in comparison to control sample. The alterations in the mechanical traits namely stress at rupture and elongation at rupture were evaluated. All the composites were subjected to air ageing and immersion studies in different solvents (IRM 901 and IRM 903) for a duration of 70 h and at 100 ☌. The cardinal intention of the current work is to investigate the impact of the thermo-oxidative ageing and oil ageing resistance of nitrile rubber(NBR)composites based on tubular halloysite and nanostructured black filler.
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