magnetic separator conveyor

PTMS magnetic separation

what is magnetic separation process？

Multi-stage strong magnetic roller magnetic separator is actually a multi-stage magnetic roller magnetic separator for dry powder magnetic separator. Industry: Industrial minerals, ceramics, abrasives, plastics, food and medicine, resource recycling, glass, sanding, special materials and Metal, electronic products, etc.

One,. Application: A new type of powerful permanent magnet magnetic separation equipment for purifying non-magnetic materials or enriching micro-magnetic materials.

Second, the main features:

 1. Provide superior sorting performance for material handling operations requiring high purity products;

2. The powerful high-gradient magnetic circuit combined with gravity and controllable feedstock can effectively remove strong magnetic and weak magnetic oxides from non-magnetic materials, and can sort fine iron particles and continuous particles. ;

3. Work field strength can reach 15000 Gauss;

4. No power consumption is required;

5. Automatic separation of magnetic and non-magnetic materials in the material, continuous operation;

6. It can be designed as single layer, double layer or multi-layer magnetic roller according to user's needs;

7. Can handle materials with a wide range of granularity;

8. Effectively adsorb paramagnetic and fine ferromagnetic particles. Used in the plastics industry: It can effectively remove iron and stainless steel wrapped in plastic pellets from the production line; monomer stainless steel and fine iron particles can also be removed with very high efficiency; used to process PVC sheet materials to The uncontaminated product removes the iron-coated sheet material; removes the fine iron and stainless steel particles, and purifies the plastic material such as a polymer.

Third, applied to industrial minerals: Effectively reduce the iron content in minerals: such as seashore sand mine, feldspar, quartz stone, andalusite, chalk, magnesite, kyanite, bauxite, andalusite; Collect magnetic minerals: such as garnet, ilmenite, muscovite, mica, etc.; reduce iron-bearing minerals: such as hematite.

Fourth, applied to ceramic processing: Enriched weak magnetic ore and minerals, remove weak magnetic dioxide from non-magnetic feedstock; separate ferromagnetic particles and paramagnetic particles to obtain high levels of product purity.