Failure occurs in compounds after elongated exposure due to micro cracks. Therefore maintenance of such locations is not practically possible at remote areas in the effort to increase the reliability and endurance of compounds, these Self healing compounds are manufactured to automatically fix small crevices and cracks if there will be any to make sure failure doesn’t happen and increase the life of structures. Thereby making maintenance task simplified and efficient. This industry report targets to summarise the recent developments in the area of self healing compounds. Firstly, techniques of characterisation and fabrication have been studied as much as possible for self-healing microcapsules and self-healing carbon fibre laminates that contains graphene/ hexa-methoxy-methyl-melamine (HMMM), rejuvenator, supramolecular elastomer, and hybrid shells. This report also lasers the numerical approach in order to explore recoveries in self-healing compounds and also to study the enhancements in mechanical properties of these new compounds. Then, the applications of shape memory polymer and alloy in CNTs reinforced self healing compounds are also worked upon. Compound material with sheets of carbon nano tubes (CNS) is worked upon as self healing material as it is able to maintain its temperature to that of living species. Therefore this application will be based on smart self healing compounds, compiling this industry report.

Keywords: Fabrication, Novel Aluminium, Hexa-Methoxy-Methyl-Melamine (HMMM), Rejuvenator.