China Cheap price Superconducting Iron Separator – Low Temperature Superconducting Magnetic – Huate
China Cheap price Superconducting Iron Separator – Low Temperature Superconducting Magnetic – Huate Detail:
Working Principle
Adopting the characteristics that the resistance of superconductive coils is zero in low-temperature, we input the current to the superconductive coil to generate high background magnetic intensity that effect the matched special medium to generate higher induction field to attract the weak-magnetic particles in the slurry.
The equipment site




Technical Features
1. High background intensity. With Nb-Ti superconductive coil, it can generate 5.5T magnetic intensity that is 2-5 times than the traditional product.
2. High induction intensity. The background magnetic intensity effects on the medium inside the separationcavity to remove the weak-magnetic particles.
3. Nonvolatile liquid helium. With 1.5W/4.2K refrigerator that works continuously, the SMS is no need of adding liquid helium within 3 years.
4. Low power consumption. Compared with the traditional product, it can save 90% energy. 5.Short excitation time. It is less than 1 hour.
5. Two cavities are used to alternatively work and wash. 7. Computer-control to control the production and quality.
Product detail pictures:



Related Product Guide:
We emphasize progress and introduce new solutions into the market each year for China Cheap price Superconducting Iron Separator – Low Temperature Superconducting Magnetic – Huate, The product will supply to all over the world, such as: Anguilla, Milan, Moldova, Our factory insists on the principle of "Quality First, Sustainable Development", and takes "Honest Business, Mutual Benefits" as our developable goal. All members sincerely thanks for all old and new customers' support. We will keep working hard and offering you the highest-quality products and service.Thanks.
The accounts manager made a detailed introduction about the product, so that we have a comprehensive understanding of the product, and ultimately we decided to cooperate.





