PP Magnetic Pump NP-15

Plastic Sealless Acid and Chemical Pump India

Price: ₹ 4,000

● Max Flow – 15 Liter Per Minute, 900 LPH.
● Max Head – 3.5 Meter
● Pressure KG/CM2 – 0.35
● Inlet/Outlet – 14mm x 14mm
● End Connection – Nozzle Type
● Max Temperature – 70° C.
● Motor Capacity – 0.05 HP
● Motor Specification – 1 Phase 2800 RPM 50Hz
● Amps & Watts – 0.18 / 40
● Casing, Back Plate & Impeller – Polypropylene
● Shaft – Ceramic
● Sealing Arrangement – Sealless Pumps


1) All Prices are Excluding GST.
2) Transportation Included, Door Delivery.
3) Threaded end Connection is Available for Model No. NP-30, NP-60, NP-100 & NP-150 at Rs.600/- Extra.

Polypropylene Magnetic Drive Pumps

Polypropylene Magnetic drive Pumps have become a standard for applications requiring corrosion resistant pumps. Our PP magnetic drive pumps offer a wide range of capabilities from compact configurations to large chemical and Acid process pump series. Polypropylene mag drive sealless pump capabilities is unmatched in the industry making it a leader in Industrial Pumps Technology.
This Indian made centrifugal Sealless pump is ideal for chemical recirculation and chemical transfer. The NP Series of Numatic Pumps has pumped Acetic Acid, Citric Acid, Ethylene Glycol, Formaldehyde, Hydrochloric Acid (Muriatic), Nitric Acid, Phosphoric Acid, Potassium Chloride, Potassium Hydroxide, Sodium Hydroxide (Caustic Soda), Sodium Chloride, Sulfuric Acid, Fresh Water, Salt Water, DI Water, and many more chemicals.
“Magnetic Drive ” refers to the coupling between the wet end of the pump and the motor. In “direct drive” impeller of the pump is attached to shaft motor and this design depends on shaft Mechanical seal. In a magnetic drive sealless pump, the wet end and motor are two separate contained parts connected to the motor bracket. At the end of the motor shaft, a drive magnet is attached which rotates around the rear housing causing the impeller to spin fixed upon another magnet. It is the attraction of the drive magnet and impeller magnet which allows the full torque of the motor to run the pump. Without a shaft seal, the danger of leakage commonly associated with a shaft seal is eliminated. Furthermore, the maintenance cost is reduced because no time or money is spent on maintaining the shaft seal.