Features of Critical Parts :
Front Casing: The front casing of MP/MPH series pump is integral molded by corrosion-resistant material. The front casing on MPH series is screwed for connecting with a flange or union. The front casing on MP series is screwed or hose type for connecting with a union or flexible hose.
Bearing: The bearing provide various materials to choose from, such as carbon, PTFE, ceramic and SIC to suit various types of liquid, properly select bearing material combined with correct pump body material according to your industrial processing.
Impeller: The impeller is manufactured from acid/alkaline resistant GFRPP, PVDF or CFRETFE material. Impeller sizes are designed according to solution specific weight, voltage and frequency to achieve the outstanding performance.
Shaft: The shaft material provides ceramic, Ti and SIC to choose from. On the MPH series pump, the shaft is integral fabricated to the rear casing and the bearing is mounted on it. The shaft on the MP series is integral fabricated to the impeller. Both types of shaft on the MPH/MP series are specially designed to boost pump performance while reducing NPSHr.
Rear Casing: The rear casing of MPH/MP series pump is integral molded by corrosion resistant material. The motor and pump interior are separated by the rear casing to eliminate environmental pollution problem caused by liquid leakage.
O-Ring: The EPDM and VITON O-ring features outstanding corrosion resistance.
Magnet Capsule: The magnet capsule is mounted on the impeller, the extra powerful magnet is totally enclosed in the plastic material to avoid rusting or corrosion. And the driven magnet can provide sufficient torque.
Drive Magnet: The drive magnet is mounted on the motor shaft, It’s powerful magnetism combined with the magnet capsule on the impeller produce a coupled torque for driving impeller running.
Motor: The motor used on the MP series pump features over-heat protection. The MPH series pump employs TEFC indoor type motor. Upon request, and explosion-proof motor is available. |