The high content of titanium impurities in iron concentrate will seriously affect its economic value，so it is of great significance for iron concentrate to improve and reduce titanium. In this paper，the high titanium iron concentrate of a concentrator plant is used as the research object to carry out ore property analysis and pilot test of titanium reduction by flotation. The results show that the mass fraction of metal minerals in high titanium iron concentrate is 97. 77% ，mainly including （titanium） magnetite with a mass fraction of 87. 88% and ilmenite with a mass fraction of 9. 62%. The mineral content of gangue is about 2% ， mainly tremolite， quartz， feldspar， biotite， epidote， garnet， etc.； The distribution rate of titanium elements in ilmenite is 95. 91% and 2. 63% in titanium-bearing magnetite，and the ore has the possibility of actual sorting. The titanium reduction sorting index of iron concentrate under continuous production conditions is simulated by pilot tests，the TFe mass fraction of iron concentrate is ≥65. 0% and the TiO₂ mass fraction is 4. 80%~ 5. 30% during the test；Using the “one coarse and three swepts” reverse flotation process of the flotation unit，with CT09 as the inhibitor and CT06 as the collector，the yield of w（TFe）≥67. 5% ，and w（TiO₂ ） of 1. 5%~ 1. 9% can be separated. The lower limit of titanium reduction of iron concentrate with a mass fraction of 5% is about 1. 3% ， the yield of low-titanium ferroconcentrate obtained is about 65% ， and the w（TFe） is about 68% ， and the sales grade of low-titanium ferroconcentrate can be increased by one level. The experimental conclusions can provide a technical basis for the separation of this type of iron concentrate and titanium reduction.