Blue-White® Industrial Peristaltic Pumps
Blue-White’s FLEXFLO® Peristaltic Metering Pumps (Peristaltic Dosing Pumps) deliver precision fluid metering and accurate dispensing with a wide range of control capabilities. Their gentle, nearly pulsation-free pumping action makes them ideal for difficult-to-pump fluids such as gaseous chemicals, shear-sensitive fluids, viscous slurries and solids, and fluids with low moisture levels.
Explore Industrial Peristaltic Pumps
A-100N
FLEXFLO® Peristaltic Metering Pump
| GPH | LPH |
|---|---|
| .1 – 5.2 | .4 – 20 |
| PSI | Bar |
| 100 | 6.9 |
A1
| GPH | LPH |
|---|---|
| .003 – 5.6 | .011 – 21.2 |
| PSI | Bar |
| 100 | 6.9 |
A2
FLEXFLO® Peristaltic Metering Pump
| GPH | LPH |
|---|---|
| .02 – 21.23 | .07 – 80.4 |
| PSI | Bar |
| 125 | 8.6 |
A3
| GPH | LPH |
|---|---|
| .001 – 33.3 | .003 – 126 |
| PSI | Bar |
| 125 | 8.6 |
A4
FLEXFLO® Peristaltic Metering Pump
| GPH | LPH |
|---|---|
| .01 – 158.5 | .04 – 600 |
| PSI | Bar |
| 125 | 8.6 |
A5
| GPH | LPH |
|---|---|
| .0302 – 534 | .1144 – 2021 |
| PSI | Bar |
| 65 | 4.4 |
Explore Municipal Peristaltic Pumps
M1
| GPH | LPH |
|---|---|
| .0001 – 5.60 | .0004 – 21.2 |
| PSI | Bar |
| 100 | 6.9 |
M2
| GPH | LPH |
|---|---|
| .0085 – 21.23 | .032 – 80.4 |
| PSI | Bar |
| 125 | 8.6 |
M3
FLEXFLO® Peristaltic Metering Pump
| GPH | LPH |
|---|---|
| .0002 – 33.3 | .0007 – 126 |
| PSI | Bar |
| 125 | 8.6 |
M4
| GPH | LPH |
|---|---|
| .0028 – 158.5 | .0108 – 600 |
| PSI | Bar |
| 125 | 8.6 |
M5
FLEXFLO® Peristaltic Metering Pump
| GPH | LPH |
|---|---|
| .0076 – 534 | .0286 – 2021 |
| PSI | Bar |
| 65 | 4.4 |
MD1
| GPH | LPH |
|---|---|
| .0008 – 8 | .003 – 30.3 |
| mL/min | Pressure |
| .054 – 505 | 150 PSI (10.3 Bar) |
MD3
| GPH | LPH |
|---|---|
| .03 – 52.6 | .10 – 199 |
| mL/min | Pressure |
| 1.6667 – 3317 | 145 PSI (10 Bar) |
How Do Peristaltic Pumps Work?
Peristaltic pumps (hose or tube pumps) are a type of positive displacement pump that work using progressive squeezing action. Fluid is pumped through flexible tubing in a peristaltic motion. As the pump’s rotor turns, the roller assembly rollers squeeze the tubing to force the fluid through the discharge line.
When the squeeze pressure is released, the tube rebounds to its original state, creating a vacuum and drawing fluid into the suction side of the pump. The combination of suction and discharge principles produces a powerful yet gentle pumping action.
Advantages
Eliminate downtime and disruption in your process
Less maintenance and lower cost-of-ownership
Reduce downtime with powerful suction lift capabilities
Ideal for a low-shear sensitive product including flocculants
Applications
- Wastewater Treatment
- Potable Water Treatment
- Food and beverage
- Pulp and Paper
- Cooling Tower Water Treatment
- Metal Finishing
- Plastics Production
- General Chemical Metering