The CTDM series multiple pole pulsating wet roller magnetic separator is a new type of high-efficiency permanent magnetic separator designed for the current lower grade iron ore deposits with more soil and gangue. It is also an ideal cleaner machine.

Features:  

1. The internal magnetic system uses a multi-pole arrangement, which increases the number of rolling of the magnetic particles;

2. Use magnetic field pulsating action to make magnetic particles produce sedimentation and attraction movement during movement;

3. Large angle magnetic system enables some gangue and soil in magnetic ore particles to be effectively removed;

4. This machine is equipped with a concentrate washing pipe, which can get higher grade concentrate.

Schematic diagram:

Company Profile:

Huate, focusing on R & D, manufacturing and technical services of electric-magnetic separation equipment for 27 years, providing customers with  packaged solutions. We are s pecializing in manufacturing superconducting magnetic separator, high gradient magnetic separator, drum magnetic separator,  iron separator,  mining processing line, magnetic stirrer, non-ferrous metal separation equipment, non-metallic processing equipment, ocean & lake ecological equipment and so on more than 9  categories, 80  series and more than 700  models. Our service scope involves coal, mine, electricity, building material, metallurgy, port, environmental protection and so on more than 10 fields. With more than 15,000 customers, our equipment are exported to the USA, Germany, Japan, Italy, Norway, South Africa, Brazil,  India, Pakistan and many other countries.



 

HuaTe has gained the certification of CE, quality, environment and occupational health and safety management systems. We have a comprehensive quality control system, modern testing machines, and professional supervision team in order to ensure the high quality of our products.

Trade Shows:

Information for RFQ:

1. Which kind of material are you going to deal with?

2. What is the particle size of the raw materials?

3. What is the processing capacity you are going to achieve?

4. Your requirements for final product?

5. Your local power supply, voltage, phase, frequency, etc.