Star Trace Private Limited
Redhills, Chennai, Tamil Nadu GST No. 33AAGCS1572A1ZU |
Approx. 86,000 / Unit(s) Get Latest Price
Product BrochureGauss Value | 2200 Gauss |
Type Of Magnet Used | Permanent Magnet |
Magnet Material | Ferrite |
Cooling System | Oil-Cooled |
Country Of Origin | Made In India |
Approx. 95,000 / Unit(s) Get Latest Price
Product BrochureGauss Value | 2200 Gauss |
Type Of Magnet Used | Permanent Magnet |
Cooling System | Oil-Cooled |
Belt Type | Oil Resistant Belt |
Country Of Origin | Made In India |
Approx. 98,000 / Unit(s) Get Latest Price
Product BrochureGauss Value | 2200 Gauss |
Capacity | 1.5 Ton/Hour |
Cooling System | Oil-Cooled |
Belt Type | Oil Resistant Belt |
Country Of Origin | Made In India |
Factors considered before installation :
Approx. 1.2 Lakh / Unit(s) Get Latest Price
Product BrochureGauss Value | 2200 Gauss |
Capacity | 25 Ton/Hour |
Magnet Material | Ferrite |
Cooling System | Oil-Cooled |
Country Of Origin | Made In India |
In many branches of industry Over Band Magnetic Separators and suspension magnets have become indispensable for decades. They are used for removing magnetic parts from non-magnetic materials in order to project crushers, mills, processing plants etc. Against too much wear and damage. They serve for cleaning non-magnetic bulk goods with iron contamination, for instance cleaning of foundry sand, coal and the like. They are used for recovering magnetic material from ore, steel mill slag etc. Generally, over band magnetic separators and suspension magnets are installed above conveyor belts, vibratory feeders or chutes. They pick up ferrous metal parts from the bulk goods. In most cases, the magnets can also be installed in an existing installation without much expense.When using over band magnetic separators and suspension magnets, many factors must be considered for the various applications, and it is impossible to list them all in a brochure. Each application, each material and each kind of conveying involves different problems.
Rectangular suspended magnets: