In　order　to　realize　the　non-destructive　evaluation　of　the　interface　bonding　quality　of　metal-energetic　material　bonding　structure　and　improve　its　structural　safety,　the　non-destructive　testing　of　debonding　defect　in　metal　ring　and　energetic　material　bonding　structure　is　studied　in　this　paper.　A　new　non-contact　testing　method　based　on　electromagnetic　acoustic　resonance　is　proposed　for　the　inspection　of　the　metal　ring-energetic　material　structure.　A　special　miniature　electromagnetic　acoustic　transducer　is　made,　and　an　automatic　scanning　system　of　electromagnetic　acoustic　testing　is　developed.　The　simulated　debonding　defects　specimen　were　scanned　and　imaged　automatically.　A　corresponding　signal　processing　method　was　developed.　The　feasibility　and　detection　ability　of　this　technology　for　non-contact　detection　of　debonding　defects　of　metal　ring-energetic　materials　interface　were　verified.　©　2020,　Editorial　Board　of　Chinese　Journal　of　Energetic　Materials.　All　right　reserved.