|

|
Seal-less Mag-drive
- NON METALLIC
PUMPS |
 |
|
|
 |
 |
 |
centrifugal pump - thermoplastic construction |
|
 |
 |
|
Flow
rates to 550 gpm |
 |
|
TDH to
180 feet |
 |
|
Operating temperatures: |
|
-40°F to
200°F |
|
 |
|
 |
MCH pumps
are fabricated from solid Simona
polypropylene (PP) or polyvinylidene
fluoride (PVDF), for resistance to
internal or external corrosion. CNC-machined
from high density stock, MCH pumps
greatly resist permeation and migration
of solvents and corrosives. Thick walls
and heavy-duty components add strength,
stability, thermal insulation and
resistance to deformation in even the
most demanding applications.
-
Casings,
impeller and rear cartridge components
are CNC machined from solid SimonaŽ
polypropylene or PVDF for maximum
chemical resistance
-
Heavy casing
walls, from .5" to 1.25" thick
-
All plastic
casings withstand external corrosion
-
Quick-change
rear cartridge assembly allows ease of
servicing
-
Integral
raised-face flanges without threaded
adapters ensure zero leakage
-
Oversized,
high-purity ceramic shaft and thrust
bearings
-
Chemical
resistant, channeled sleeve bearings
-
Modular
impeller allows for variable hydraulic
performance
-
Compact,
high-torque magnetic coupling eliminates
the need for soft-starting motors
|
|
more information
| technical
documentation |
|
|
 |
 |
 |
self-priming centrifugal pump - thermoplastic
construction |
|
 |
 |
|
Flow
rates to 250 gpm |
 |
|
TDH to
130 feet |
 |
|
Operating temperatures: |
|
-40°F to
200°F |
|
 |
|
 |
-
Casings,
impeller and rear cartridge components
are CNC machined from solid SimonaŽ
polypropylene or PVDF for maximum
chemical resistance
-
Heavy casing
walls, from .5" to 1.25" thick
-
All plastic
casings withstand external corrosion
-
Quick-change
rear cartridge assembly allows ease of
servicing
-
Integral
raised-face flanges without threaded
adapters ensure zero leakage
-
Oversized,
high-purity ceramic shaft and thrust
bearings
-
Chemical
resistant, channeled sleeve bearings
-
Modular
impeller allows for variable hydraulic
performance
-
Compact,
high-torque magnetic coupling eliminates
the need for soft-starting motors
-
Self-priming
pump casing features a large integrated
priming reservoir
-
Optional
external rear-flushed cavity is
available for use in pumping slurries
-
Optional
dual-containment shell is available
-
Provides
smooth, continuous leak-proof service
where top unloading is specified
|
|
more information
| technical
documentation |
|
 |
 |
 |
 |
vertical centrifugal pump - thermoplastic
construction |
|
| |
  |
|
Flow
rates to 550 gpm |
 |
|
TDH to
180 feet |
 |
|
Operating temperatures: |
|
-40°F to
200°F |
|
 |
|
 |
-
Casings,
impeller and rear cartridge components
are CNC machined from solid SimonaŽ
polypropylene or PVDF for maximum
chemical resistance
-
Heavy casing
walls, from .5" to 1.25" thick
-
All plastic
casings withstand external corrosion
-
Non-cantilevered shaft
-
Oversized,
high-purity ceramic shaft and thrust
bearings
-
Chemical
resistant carbon sleeve bearings
-
Hermetically
sealed column
-
Isolated,
heavy-duty column shaft with oversized
bearings
-
Modular
impeller allows for variable hydraulic
performance
-
Compact,
high-torque magnetic coupling eliminates
the need for soft-starting motors
|
|
more information
| technical
documentation |
|
 |
 |
 |
 |
regenerative turbine pump - thermoplastic
construction |
|
 |
|
Flow
rates to 60 gpm |
 |
|
TDH to
180 feet |
 |
|
Max.
inlet pressure: 110 psig |
 |
|
Operating temperatures: |
|
-40°F to
200°F |
|
 |
-
Casings,
impeller and rear cartridge components
are CNC machined from solid SimonaŽ
polypropylene or PVDF for maximum
chemical resistance
-
Heavy casing
walls, from .5" to 1.25" thick
-
All plastic
casings withstand external corrosion
-
Integral
raised-face flanges without threaded
adapters ensure zero leakage
-
Oversized,
high-purity ceramic shaft
-
Chemical
resistant carbon sleeve bearings
-
Self-balancing impeller minimizes thrust
bearing wear
-
Impeller
design handles up to 20% entrained gas
and resists cavitation
-
Replaceable
impeller minimizes maintenance costs
-
Compact,
high-torque magnetic coupling eliminates
the need for soft-starting motors
|
|
more information
| technical
documentation |
|
 |
 |
 |
 |
self-priming regenerative turbine pump -
thermoplastic construction |
|
| |
 |
|
Flow
rates to 60 gpm |
 |
|
TDH to
180 feet |
 |
|
Max.
inlet pressure: 110 psig |
 |
|
Operating temperatures: |
|
-40°F to
200°F |
|
 |
-
Casings,
impeller and rear cartridge components
are CNC machined from solid SimonaŽ
polypropylene or PVDF for maximum
chemical resistance
-
Heavy casing
walls, from .5" to 1.25" thick
-
All plastic
casings withstand external corrosion
-
Integral
raised-face flanges without threaded
adapters ensure zero leakage
-
Oversized,
high-purity ceramic shaft
-
Chemical
resistant carbon sleeve bearings
-
Self-balancing impeller minimizes thrust
bearing wear
-
Impeller
design handles up to 20% entrained gas
and resists cavitation
-
Replaceable
impeller minimizes maintenance costs
-
Compact,
high-torque magnetic coupling eliminates
the need for soft-starting motors
-
Self-priming
pump casing features a large integrated
priming reservoir
-
Optional
external rear-flushed cavity is
available for use in pumping slurries
-
Optional
dual-containment shell is available
-
Provides
smooth, continuous leak-proof service
where top unloading is specified
|
|
more information
| technical
documentation |
|
 |
 |
 |
 |
rotary vane pump - thermoplastic construction |
|
 |
 |
-
Casings,
impeller and rear cartridge components
are CNC machined from solid SimonaŽ
polypropylene or PVDF for maximum
chemical resistance
-
Heavy casing
walls, from .5" to 1.25" thick
-
All plastic
casings withstand external corrosion
-
Integral
raised-face flanges without threaded
adapters ensure zero leakage
-
Chemical
resistant carbon sleeve bearings and
sliding vanes
-
Easily
serviceable rear cartridge minimizes
maintenance costs
-
Compact,
high-torque magnetic coupling eliminates
the need for soft-starting motors
|
|
more information
| technical
documentation |
|
 |
|
HEGER PUMPS, INC. |
|
|