PulseGuard
Pulsation dampeners that do, fluid flow goes through.
Fluid Flow Control Animations
Fluid Flow Control Animations
PulseGuard Inc. Pulsation Dampers

Pulsation Dampeners for Progressive Cavity Pumps

Pulsation Dampeners for Vane Pumps

Progressive Cavity Pump Pulsation Dampeners

Smoothing Progressive Cavity pump systems with the most economicalPulseGuard Pulsation Dampeners Pulsation Dampener.
1). Hope
2). Sure, but only –
3). Certainly 3" thru. 12" best value

Pulsation Dampener with Elastomer BladderPulsation Dampener with Elastomer BladderPulsation Dampener with Elastomer Bladder
PipeGuard, with gas in the bag, guards against pipe problems. Provided the pumpage is not highly viscous, then the amount of pulsation caused by having the excess flow go up the dead leg into the dampener, come to a halt, the n reverse back out again in a fraction of a minute, will not be so great as to shake the system. The only benefit to the one connection approach, is the largest connection. When you add the “T” and 3 flanges this method will not look inexpensive. PipeGuard, introduced in 1965 to the process liquids market, has the advantage of a gas bag that is molded as one piece. Not needing to be glued or bonded to other pieces of material, the gas bag can be provided in highly resistant elastomer formulations.

Pulsation Dampeners for Progressive Cavity PumpsPulsation Dampeners for Progressive Cavity PumpsPulsation Dampeners for Progressive Cavity PumpsPulsation Dampeners for Progressive Cavity PumpsPulsation Dampeners for Progressive Cavity Pumps
PipeHugger, with liquid in bladder. Where viscosity of the liquid being pumped, is sufficiently low that the pump could if necessary perform a suction lift, then the benefits of directing the flow fluctuations straight at the inside of the flexing bladder, without any pressure change necessitated to cause a flow reversal, gives the smoothest result.
The advantage of being able to flush in place, along with first in - first out, constant temperature, agitation and tolerance for suspended solids, makes the PIPEHUGGER first choice for small systems up to 2" pipe diameter.
Off the shelf inventory dampeners are lowest cost standard flow-through.
PipeHugger, have you “hugged” – cared for – your pipes today! Introduced in 1979, to provide a membrane which did not pack into a cake against the wall of the housing, but which naturally shook any solids or particulate free. The additional advantage being that the vessel no longer had to be made from process liquid corrosion resistant materials. Pulsation interception, flow through flushing, quick release for service. Low enough viscosity where a pump could “suction lift”, the direction change in a PipeHugger LP will help you.

PumpGuard, with “ClearFlow” FlexTube. For systems that are characterized by such high viscosity that a force feed is required at the pump
inlet, PumpGuard with clear unobstructed flow path, available for pipelines 2” diameter through 12”, and in low pressure rating, prevents pump overload and ensures shake free performance, is the preferred answer for the end user.



Pulsation Dampener Selection for Progressive Cavity Pumps

Pulsation Dampeners for Progressive Cavity Pumps

Pulsation Dampener for Progressive Cavity Pump

Progressive Cavity Pump Pulsation Dampener Information

Pulsation Dampener for Progressive Cavity Pump

Pulsation Dampeners Info

Pulsation Dampeners for Progressive Cavity Pumps

Progressive Cavity Pump Pulsation Dampeners

Pulsation Dampeners Info

Pulsation Dampeners for Suction and Discharge

Pulsation Dampener with Flex Tube

Pulsation Dampeners with Flex Tube

Pulsation Dampeners for Progressive Cavity Pumps

Pulsation Dampeners - Low Pressure

Bladder Pulsation Dampener

Pulsation Dampeners for Progressive Cavity Pumps

Pulsation Dampeners Materials Options

Progressive Cavity Pump Pulsation Dampener

PTFE Diaphragm Pulsation Dampener

 

Impelling Pumps
Screw
Reciprocating Pumps
Air Operated Double Diaphragm | Dosing | Injection | Metering | Plunger / Piston | Power
Rotary Pumps
Centrifugal | Gear | Lobe | Vane
Other Pump Types
Hose / Peristaltic | Progressive Cavity

Pulsation dampeners are designed to address pressure pulsation, which is caused by the resistance of the system to flow. Therefore our pulsation dampeners focus on the system related responsibility and are less related to pump liability. PUMPS make FLOW, SYSTEMS cause PRESSURE, pressure pulsation is a system response, AND a system responsibility NOT a pump manufacturers liability. When you see a pulsation dampener or a pump of particular interest, please request literature dedicated to that subject.
"Dampeners that do, flow goes through, but pressure pulsation does not."

 



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