干式除鐵機是針對干燥的磁性礦物進行分選的磁力選礦機械，相對于濕式除鐵機機分選礦物時要使用液體作為稀釋劑提高分選效率而言，干式除鐵機則要求被分選的礦物干燥，顆粒之間可以自由移動，成獨立的自由狀態(tài)，否則會影響除鐵效果，甚至會造成不可分選的后果，干式除鐵機適用于粒度3mm以下的磁鐵礦，磁黃鐵礦，焙燒礦，鈦鐵礦等物料的濕式除鐵，也用于煤，非金屬礦，建材等物料的除鐵作業(yè)。

Dry iron removing machine magnetic separation machinery for dry magnetic separation of minerals, compared with wet iron remover for sorting minerals are used as diluent liquid to improve the separation efficiency, dry iron removing machine requires selected mineral drying, particles can move freely into independent and free state, otherwise it will affect the the effect of iron, and even cause no sorting consequences, magnetite, dry iron removing machine for particle size less than 3mm pyrrhotite, calcined ore, ilmenite wet materials such as iron, but also for coal, non-metallic minerals, building materials and other materials in addition to iron.

干式除鐵機的磁系，采用優(yōu)質鐵氧體材料或與稀土磁鋼復合而成，筒表平均磁感應強度為10-600mt.根據(jù)用戶需要，可提供順流，半逆流，逆流型等多種不同表強的除鐵，本除鐵機具有結構簡單，處理量大，操作方便，易于維護等優(yōu)點。

In addition to the dry magnetic iron machine, using high-quality ferrite materials or composite made with rare earth magnets, tube average magnetic induction 10-600mt. according to user needs, can provide downstream, semi countercurrent countercurrent type, such as a variety of iron in addition to strong, the iron removing machine has the advantages of simple structure, large amount of processing convenient operation, easy maintenance, etc..

強磁場力用筒式除鐵機分選中，弱磁性礦物變成現(xiàn)實，設備處理量大，分選礦物粒級范圍寬，分離精度高，不堵塞，結構簡單，維護方便，耗電量僅為電磁強除鐵機的20%。

Strong magnetic force with cylinder type iron removing machine selection, weak magnetic minerals into reality, equipment processing capacity, sorting mineral grain size range wide, high separation precision, no blockage, simple structure, convenient maintenance, power consumption is only 20% of the strong electromagnetic iron removing machine.

干式除鐵機主要用途：無水地區(qū)的選鐵作業(yè)，耐火材料和其它物料的除鐵作業(yè)。

The main use of dry iron separator: Iron washing operation in the no water area, the operation of removing iron from refractory materials and other materials.