Chemical pump MX series
magnetic-drivecentrifugalstationary

chemical pump
chemical pump
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Characteristics

Fluid
for chemicals
Operation
magnetic-drive
Technology
centrifugal
Mobility
stationary
Domain
industrial
Applications
washing, chemical process, spray
Material
PTFE, ceramic
Other characteristics
high-efficiency
Flow

Min.: 90 l/min
(23.77548 us gal/min)

Max.: 800 l/min
(211.33764 us gal/min)

Head

Min.: 0 m
(0'00" )

Max.: 35 m
(114'09" )

Power

Min.: 0.15 kW
(0.2 hp)

Max.: 2.2 kW
(2.99 hp)

Fluid temperature

Min.: 0 °C
(32 °F)

Max.: 80 °C
(176 °F)

Length

259 mm, 320 mm
(10 in, 13 in)

Width

Min.: 130 mm
(5.12 in)

Max.: 260 mm
(10.24 in)

Height

Min.: 155 mm
(6.1 in)

Max.: 330 mm
(12.99 in)

Weight

Min.: 6.5 kg
(14.33 lb)

Max.: 27 kg
(59.52 lb)

Description

The MX series represents the latest state of the art design in plastic magnetic drive pumps to meet the most severe of operating conditions. When fitted with a carbon bearing the MX will allow for brief periods of dry running. The new “self-radiating structure” (PAT.) in addition to the existing proven non-contact principle and front and rear supported spindle greatly improves the pump ability to withstand some cavitation and running against closed discharge valve. Our innovative design has achieved higher efficiency. MX series pumps are highly recommended for use in various production processes such as filtering, spraying, washing and etching in surface treatment processes. 2-parts volute casing The MX series is the first resin magnet pump which uses the pump casing divided into the front casing and the rear casing to form a vortex chamber as an ideal form. Therefore, the internal leak phenomenon, which means that the liquid getting out of the impeller returns to the pump casing and is suppressed to a minimum and the liquid is efficiently guided to the discharge port to enhance overall efficiency. Self-radiating structure (int. patent pending) Through heat-dispersion holes provided in the fixed portions of the impeller and the magnet capsule, the liquid around the spindle and the bearing is forced to circulate so that heat generated by sliding can be reduced effectively. Thus, thermal deformation and melt are prevented.

Catalogs

MX
MX
8 Pages
SMX
SMX
8 Pages
MDE
MDE
8 Pages

Exhibitions

Meet this supplier at the following exhibition(s):

Hannover 2024
Hannover 2024

22-26 Apr 2024 Hannover (Germany) Hall Vide - Stand Vide

  • More information
    ACHEMA 2024
    ACHEMA 2024

    10-14 Jun 2024 Frankfurt am Main (Germany) Hall 8.0 - Stand A62

  • More information
    *Prices are pre-tax. They exclude delivery charges and customs duties and do not include additional charges for installation or activation options. Prices are indicative only and may vary by country, with changes to the cost of raw materials and exchange rates.