1. Outstanding Acid / Alkaline Resisting Capability
The material of pump body has four kinds to choose from, including PP(Polypropylene), GFRPP(Glass
Fiber Filled Polypropylene), PVDF(Natural PVDF), CFRETFE(Carbon Fiber Filled ETFE). Correct choice of
pump body material depends on acid / alkaline density of solution. To satisfied the market demand,
zi yi was the pioneer to provide PP pump material for enhancing the capability of acid resistance.The
PP / GFRPP material can resist temperature up to 75℃. The PVDF material can resist temperature up
to 90℃. The CFRETFE material can resist temperature up to100℃. In application almost all solutions
can be transferred with safety.
2. Corrosion Resisting
The major parts of the pump feature outstanding corrosion-resist capability. For example the pump
spindle can be made from ceramic and SIC. The ceramic spindle is generally applied for low corrosion
liquid. The SIC spindle is excellent for high corrosion liquid.
3. Sealless and No Leakage
Eliminate the mechanical shaft seal design on the conventional pump, the high performance magnetic
drive pump features complete seal. It fully eliminates the problem of environmental pollution due to
4. Easy to Assemble
The internal parts of a magnetic drive sealless pump are fully standard for easy assembling
completely constructed with high performance. Parts replacement is easy to made without need to of
any specially tool. It features convenient maintenance, dismantling and inspection for time saving
5. Maximum Durability
The MPX series(180W~260W) pump motor is equipped with temperature protection device which
avoids motor damaged due to high temperature caused by overload.
6. Versatile Applications
The magnetic drive sealless pump MPX(180W~260W) series is ideal for low capacity with high head
or high capacity with low head applications. It is widely applied in various industrial process.
Such as PCB process, chemical industry, circulated filtering, etching, plating, surface treatment
, polluted water treatment, etc. these pumps assure outstanding performance and maximum