PTMS magnetic separator is used in fine sieve operation. The original fine sieve can be greatly enlarged to 0.3mm-0.7mm, so that the fine sieve has the effect of separating coarse slag, and the amount on the sieve is greatly reduced (generally accounting for less than 5% of the feed). The separated fine magnetite can be recovered as soon as possible after being sorted by the magnetic sieve. Separate the connected body that needs to be reground, so that the fineness of the grinding can be coarse while improving the grade of the concentrate, and it is suitable for large magnetite with uneven thickness or fine grain spreading difficult to be sorted.
The process of PTMS magnetic separator in the magnetic field screening machine is mainly composed of connected particles, so it needs to be fully fine ground before it can be separated. There are two treatment methods when entering the regrinding: one is to concentrate the ore directly into the mill and then select it; The other method is to use a sweeping magnetic screen to select and discard part of the poor connected body, and the sweeping magnetic concentrate to grind and select again. The beneficiation process after regrinding can be determined by test according to the grade and beneficiability of different ore.
PTMS magnetic separator method has advanced theoretical basis for separation, and has a series of advantages such as wide range of applicable particle size, small water consumption and high separation accuracy. It has a general quality improvement effect on all types of magnetite, and has obvious advantages over the traditional process. After the equipment has been used by many beneficiation tests and many concentrators, it has brought great economic benefits and strong market competitiveness to customers.
Contact: DELLA
Mob: +86-13929907491
No.9, Factory 2, Shijin Industry Park, Shishan Town, Nanhai District, Foshan City, Guangdong, China
Ph: +86-13929907491
E-mail: Sales@powtechina.com
Dry-type PTMS MAGNETIC SEPARATOR bearing spare parts replacement skills
