App Met Flottec

Plant reagents calculation: Calculation of plant dosages from gr / t to ml / min or vice versa from the point of view of Pure Solids, Pure Liquids and solutions.
Lab reagents calculation: The laboratory has the calculation of dosages so the calculations from gr / t to ml / test or vice versa are considered.

Normal or inverse: To have all the possible calculations for the dosage of reagents in the plant or laboratory, direct calculations are placed, that is, those in which a dosage in gr / t is desired and it is desired to convert to ml per minute, and by on the other hand, the inverse calculation, that is, from ml per minute to gr / t.

Pure Liquids: Chemical reagents in a liquid state that do not present any type of mixture with water or solvent, that is, they are dosed directly from the container without preparing, for example: F1234, F1661, F2200.
Pure Solids: Chemical reagents in the Solid state that do not present any type of mixture with another substance or material, that is, they are dosed directly from the container without preparing, for example: Bulk lime (not prepared).
Solutions: Mixture of solid and / or liquid reagents with water or some type of solvent, normally expressed as a percentage of concentration, for example: Xanthates, Zinc Sulfate, Copper Sulfate, etc.
 
Calculation of pulps with% solids: The calculation of liters of pulp needed for a laboratory test is common among metallurgists, so a space was created for this calculation based on the percentage of solids measured from the pulp, you can determine the necessary liters for the number of kilograms of the test.
Calculation of pulps with Density: To calculate the amount of liters of pulp needed for a laboratory test, it can also be determined by weighing a liter of pulp on a normal scale using this tab.
 
And it also allows you to find a list of Flottec reagents for different metallurgical applications.