In　the　present　work,　FeCrB(CSi)　cored　wires　(C17,　C21　and　C25)　were　designed　and　deposited　as　coatings　by　wire　arc　spraying.　The　microstructure,　microhardness,　wear　and　high　temperature　corrosion　behaviour　of　the　new　coatings　were　investigated　in　comparison　with　a　commercial　Fe-Cr-Al　coating.　The　FeCrB(CSi)　coatings　presented　lamellar　microstructures　with　some　pores　and　microcracks　and　a　few　oxide　inclusions.　The　microhardness　of　the　coatings　is　much　harder　than　those　of　the　substrate　and　the　commercial　Fe-Cr-Al　coating.　The　wear　resistance　of　the　coatings　is　much　better　than　that　of　the　uncoated　substrate.　Thermogravimetric　analysis　was　used　to　evaluate　the　high　temperature　oxidation　behaviour　of　the　coatings　at　a　temperature　of　650　degrees　C　under　cyclic　oxidation　conditions.　The　results　show　that　the　high　temperature　oxidation　resistance　of　the　C17　coating　was　not　as　good　as　the　Fe-Cr-Al　coating,　while　the　C21　and　C25　coatings　exhibited　better　oxidation　resistance　than　the　FeCrAl　coating.