Satmagan 135 Magnetic Balance

We are instrumental in manufacturing and supplying a broad variety of Satmagan 135 Magnetic Balance in Navi Mumbai Maharashtra India. Offered with us at rock bottom price range. We are instrumental in manufacturing and supplying a broad variety of Satmagan 135 Magnetic Balance in Navi Mumbai Maharashtra India. Accurate analysis of ferromagnetic compounds of iron such as magnetite is extremely difficult and time consuming by conventional chemical methods. Satmagan on the contrary is an easy and fast method of measuring the magnetic material content of the sample. The measuring time of the Satmagan 135 is only one minute with an accuracy of within 0.4%. Satmagan 135 is an ideal tool for optimizing the return of investment in your mining and other industrial operations

Applications:-
The Satmagan was designed especially to measure magnetite in iron ore concentrations. It can be used in various applications:

Analysis of magnetite in iron ores concentrates and tailings.
Control of copper and nickel smelting by analyzing magnetite and other ferromagnetic oxides in slag.
Determination of martensite or ferrite in austenitic steels.
Determination retained austenite in steels.
Control of magnetizing roasting.
Control of oxidizing roasting of carbonate ores.
Controlling the heat hardening of pellets.
Control of iron ore sintering.
Materials for Analyses

Magnetite and magnetic iron can be analyzed. The sample can contain only one magnetic component or have one component with a dominant concentration and/or specific magnetic moment.

Type of Sample
Powder granular or solid samples maximum volume of sample 1.2 cu cm (0.073 cu inch) recommended sample size: sample container filled up grain size: An average grain size greater than 150um (100 mesh) does not disturb the measurements. For finer materials the Satmagan gives slightly lower readings so a different calibration curve is required.

The Range of Measurement
Fine Range: 0 to 100 % by magnetite weight.
Course Range: 0 to 200 % by magnetite weight for stronger magnetic materials.