In PTMS Electromagnetic Separator, where the magnetic force is in the opposite direction to gravity (or a component of gravity), the proportion of non-magnetic components is high (other things being equal), thus favouring the magnetic separation process. The reason is that heavier non-magnetic particles are easily separated from magnetic particles under the action of gravity.
When the direction of the magnetic force is consistent with the direction of gravity (or gravity component) (the upper feed belt collider and spiral groove magnetic separator), the ratio of non-magnetic components is significant, not only can not be conducive to the separation of magnetic and non-magnetic minerals, but will hinder their separation. Because the sorting process of the upper feed belt PTMS Electromagnetic Separator and spiral trough magnetic separator relies on flushing water to rinse and discharge non-magnetic minerals, only the non-magnetic minerals with low gravity can help the sorting process.
The particle size of the treated material is one of the most important factors affecting the magnetic separation process. The dry magnetic separation process of highly magnetic ores can be used to handle materials with particle sizes up to 120~150 mm. The wet magnetic separation process for highly magnetic ores and the dry and wet PTMS Electromagnetic Separator process for magnetic ores can be used to treat materials with particle sizes not exceeding 6 to 8 mm.
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No.9, Factory 2, Shijin Industry Park, Shishan Town, Nanhai District, Foshan City, Guangdong, China
Ph: +86-13929907491
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The intelligent control system is applied to PTMS MAGNETIC SEPARATOR to solve the disadvantages of traditional methods
