The repercussion of Zn-PMA metallogel under the influence of diverse stimuli has been monitored (Figure ). Testing the stability of individual metallogel set-up after the employment of different mechanical, chemical and heating effects was experimentally performed. The metallogel was shaken vigorously by the use of vortex, and immediately the stability of the metallogel got lost by transforming it into a sol-like state of Zn-PMA metallogel. Then, the sol-state was allowed to stand for 24 hrs. without applying any external mechanical forces. But, there was no possibility of transforming the sol-state to its gel-state through the aging effect after the mechanical agitation. Further, the metallogel in its gel-state was subjected to ultrasonication through water-based bath-sonication technique for 1 hr. It was found that there was not any certain considerable change of the gel-state of the Zn-PMA metalogel. This confirms the least effect of ultrasonication-directed mechanical agitation on the stability of Zn-PMA metallogel. Zn-PMA metallogel was heated upto 90 ⁰C and there was no certain change of gel-state after the heating effect on metallogel. Luminescent feature of metallogel has also been studied and the metallogel was kept under exposure of UV light.