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Chemical pumps are designed for reliable transfer of aggressive, chemically active and process fluids in industrial systems. This type of equipment is used where standard pumps cannot provide sufficient resistance to acids, alkalis, chemical solutions, reagents and other aggressive media.
Industrial chemical pumps are widely used in chemical, petrochemical, pharmaceutical, food-processing and other industries. They can be used to transfer process fluids between tanks, vessels, reactors, filtration systems and dosing equipment.
One of the key features of chemical pumps is the use of materials resistant to corrosion and chemical attack. Depending on the pump design and application, wetted components can be manufactured from stainless steel, special alloys, engineering plastics or other chemically resistant materials.
Chemical Pump Applications
Chemical pumps can be used for transferring:
- acids and acidic solutions;
- alkalis;
- salt solutions;
- chemical reagents;
- process fluids;
- solvents;
- aggressive and corrosive liquids;
- fluids used in industrial manufacturing processes.
The pumps can operate as independent pumping units or as part of automated industrial and process systems.
How to Choose a Chemical Pump
When selecting a chemical pump, the characteristics of the pumped fluid must be carefully considered. Important parameters include chemical composition, temperature, viscosity, density and concentration, as well as the required flow rate and discharge pressure.
Installation conditions, operating mode, wetted materials and seal compatibility should also be taken into account. Proper pump selection helps ensure reliable operation, long service life and stable performance of the entire process system.
We can help you select the appropriate chemical pump according to the properties of the pumped medium and the technical requirements of your application.