The　crystallographic　alignment,　microstructure　and　magnetic　properties　were　studied　for　La0.6Ca0.6Sr0.1Fe12.4Co0.4O19　ferrite　permanent　magnets　prepared　with　standard　ceramic　method.　The　effect　of　cold　isostatic　pressing　(CIP)　and　sintering　temperature　on　the　structural　and　magnetic　properties　of　the　magnets　were　investigated.　The　CIP　significantly　improves　the　density　of　the　green　compact　and　final　magnets,　but　undermines　the　crystallographic　alignment　of　the　magnets　simultaneously.　As　a　result,　the　remanence　of　the　magnet　achieves　optimal　value　under　the　compromise　between　the　increased　density　and　the　degraded　alignment.　Moreover,　the　coercivity　of　the　magnet　increases　linearly　with　the　increment　of　the　CIP　pressure　due　the　fact　that　CIP　processed　samples　bear　more　uniform　and　finer　grains　in　favor　of　high　coercivity.　Under　optimal　CIP　pressure　and　sintering　temperature,　the　magnet　obtains　best　magnetic　properties　of　B-r　of　0.439　T,　H-cj　of　396　kA　m(-1),　H-cb　of　311　kA　m(-1),　and　(BH)(max)of　35.8　kJ　m(-3).