FeNiCr/60%WC　(wt)　coatings　with　different　Ti　additions　were　deposited　on　P550　substrate　by　laser　cladding　to　improve　their　nonmagnetic　properties.　The　microstructures　and　chemical　and　phase　compositions　were　examined　using　SEM,　TEM,　EDS　and　XRD,　and　the　magnetic　properties　were　measured　using　a　Lake　Shore7410　vibrating　sample　magnetometer.　The　results　show　that　the　addition　of　1.0-4.0　wt.%　Ti　could　reduce　the　magnetism　of　FeNiCr/60%WC　coatings　to　varying　extent,　depending　on　the　content　of　Ti　added.　The　relative　permeability　decreases　at　first　with　the　increasing　Ti　additions,　reaches　a　minimum　of　1.006　when　2.5　wt.%　Ti　is　added,　and　then　increases　with　further　increasing　Ti　additions.　The　XRD,　SEM　and　TEM　results　show　that　the　phase　constitution　of　the　FeNiCr/60%WC　coatings　with　different　Ti　additions　mainly　include　gamma-(Fe,NO,　WC,　W2C　and　Fe3W3C,　and　a　small　amount　of　TIC,　FeCr　and　(W,Ti)C1-x.　In　addition,　a　small　amount　of　Fe2W　is　observed　in　the　coatings　where　Ti　additions　are　above　4.0%.　Fe2W　is　ferromagnetic　with　a　total　magnetic　moment　of　3.3924　calculated　by　empirical　electron　theory　(EET)　that　can　affect　the　nonmagnetic　properties　of　FeNiCr/60%WC　coatings.　(C)　2015　Elsevier　Ltd.　All　rights　reserved.