Industrial PP Pumps, PP Acid Pumps and Polypropylene Process Pumps engineered for compatible chemicals, acids, effluent, water-treatment and process-fluid applications. Magnetic-drive options are also available for sealless chemical transfer.
Ambica Machine Tools manufactures industrial Polypropylene Pumps for chemical and process applications where corrosion resistance is important. The range includes conventional horizontal PP centrifugal process pumps and Magnetic Drive Polypropylene Pumps for sealless fluid transfer.
The PP pump range is suitable for compatible acids, alkalis, chemicals, effluent, water-treatment fluids, pickling solutions and other process liquids. Pump construction, shaft, bearing and sealing arrangements can be selected according to the application.
Choose the conventional PP process-pump configuration or a magnetic-drive polypropylene pump where a sealless design is preferred.
Single-stage horizontal molded polypropylene centrifugal pump for acid, chemical and industrial process applications.
Horizontal single-stage seal-less magnetic drive pump designed for compatible acids, alkalis, hydrocarbons and demanding chemical processes.
*Final pump selection and temperature/material limits depend on liquid chemistry, concentration, temperature, duty point and construction. Confirm the exact model with Ambica Machine Tools before ordering.
Construction and sealing options can be matched to the pumped fluid and process conditions.
Casing, impeller and casing-cover options include molded Polypropylene, PVDF and UHMW-type configurations as required by the application.
Selected shaft-sleeve and shaft materials can include ceramic, Alloy-20, EN-9, SS304 or SS316, with bearing arrangements matched to service conditions.
Depending on the model and duty, options include PTFE gland packing or externally mounted mechanical seals with suitable faces and PTFE bellows.
The AMTMD configuration uses magnetic coupling to transmit torque to the impeller without a conventional shaft seal, supporting sealless chemical transfer.
Polypropylene pumps are selected for compatible corrosive and process fluids across chemical, water-treatment, pharmaceutical and industrial plants.
Process water, chemical transfer and treatment duties.
Compatible ETP and wastewater process chemicals.
Acids, alkalis and compatible aggressive process fluids.
Corrosive solutions used in surface-treatment processes.
Compatible low-viscosity process and utility fluids.
Chemical transfer and process circulation applications.
Selected chemical and process-fluid handling duties.
Compatible HCl and other chemical-transfer applications.
Polypropylene construction is suited to many compatible acids, alkalis and chemical process fluids.
Horizontal bare, monoblock, vertical and magnetic-drive configurations can be considered by application.
Gland packing and mechanical-seal options help match the pump to the process duty.
Magnetic drive construction avoids the conventional shaft seal and is useful where leakage control is important.
Correct selection depends on more than flow and head. Chemical compatibility and operating conditions should be checked before specifying the pump.
Acid, alkali, solvent, effluent or process chemical.
Required capacity and discharge pressure/head.
Normal and maximum operating temperature.
PP, PVDF, UHMW and compatible shaft/seal materials.
Tank level, suction lift, NPSH and piping arrangement.
Particle content and liquid viscosity where applicable.
A polypropylene pump is a corrosion-resistant centrifugal pump with polypropylene wetted construction for compatible acids, alkalis, chemicals and industrial process fluids.
PP acid pumps are used for compatible acid transfer, pickling, effluent treatment, water treatment, chemical processing and other corrosive-fluid applications.
It is a sealless centrifugal pump in which magnetic coupling transfers torque from the motor side to the impeller side without a conventional mechanical shaft seal.
Depending on the model and application, polypropylene, PVDF, UHMW-type materials and selected shaft, bearing and sealing materials can be considered.
Provide the liquid, concentration, temperature, flow, total head, suction conditions, viscosity, solids content and preferred material. These details help determine the suitable configuration.
Share your liquid, flow, head and temperature requirements for the right Polypropylene Pump or Magnetic Drive PP Pump configuration.