Electro magnetic scrap drum separators:-
We are a pioneer name engaged in manufacturing and supplying advanced electromagnetic scrap drum separator. Star trace always offers highest quality products, which are engineered by our skilled team of technocrats using superb quality raw materials. Star trace's electromagnetic scrap drum separator opens the way to new efficiency in handling big volumes of large-sized material encountered in today’s material processing and mineral concentration applications.
The patented coil construction produces a much deeper field than can be produced on electro or permanent pulleys or any other type of magnetic drum separator. In addition, the magnetic collecting pole area has been increased to give the drum greater ability to carry heavy magnetic loads. The surface holding force developed by this drum is also higher than any drum or magnetic pulley. Our electromagnetic scrap drum separator does not only achieve better separation than was previously possible but also extend the range of magnetic treatment to meet larger requirements.
Typical applications:
- Foundries
- Blast furnace and bof slag
- Open hearth slag
- Dry magnetite ore cobbing
- Auto fragmentizing and processing
Features
- Deep, powerful magnet assembly, combined with high surface holding power
- Deep field pattern, improved surface area, and greater magnetic pole area
- Extended range of magnetic treatment
- Simple installation and minimum space requirements
- Low dc power costs and extremely efficient performance
- Rugged construction for virtually maintenance-free operation
- Sealed cylinder o-ring construction a "must" for unprotected outdoor operation
- Heavy-duty, weatherproof manganese-steel cylinder
- Low drive hp requirements
- Steel support bearings
- Flexibility in application
keywords tag:
Electromagnetic scrap drum separator, electromagnetic scrap drum separators, industrial electromagnetic scrap drum separator, electromagnetic scrap drum separator in india and electromagnetic scrap drum separator in chennai.
