Amorphous　alloy　strips　has　been　widely　used　in　the　field　of　distribution　transformers　due　to　its　good　soft　magnetic　properties.　The　resources,　energy　consumption　of　the　amorphous　alloy　strips　production　with　the　rapid　solidification　technique　and　the　environmental　impacts　were　calculated　based　on　the　life　cycle　assessment　method.　The　results　showed　that　the　largest　contribution　to　the　non-renewable　resource　consumption　was　ferroboron　production　process,　accounting　for　98%　of　abiotic　resource　depletion　(ADP).　And　the　strip　production　process　had　the　largest　contribution　to　the　global　warming　potential(GWP),　acidification　potential(AP),　photochemical　oxidation　potential(POCP),　human　toxicity　potential(HTP),　eutrophication　potential(EP).　Ferroboron　production　process　contributed　the　biggest　environmental　impact　when　producing　1　ton　amorphous　strip,　accounting　for　70%　of　the　total　environmental　impact.　Under　the　new　technology　for　energy-saving　and　emission-reduction,　when　the　utilization　rate　of　boric　acid　increased　in　ferroboron　production　process,　all　the　environmental　impact　decreased.　©　2016　Trans　Tech　Publications,　Switzerland.