Chemical Metering Pump, 96 gpd, PVC Head MPN:C921-368SI
Chemical Metering Pump, 96 gpd, PVC Head
This Chemical Metering Pump from LMI Pumps is designed for precise and reliable chemical dosing in a variety of applications. With a maximum flow rate of 96 gpd, it's suitable for use in chemical treatment systems, water and wastewater treatment, and other industries where precise chemical dosing is critical. The pump's manual control and pulse operation provide flexibility and accuracy, while its PTFE diaphragm and PVDF/Polyprel seal ensure chemical compatibility and long-lasting performance. Ideal for use in laboratories, research facilities, and industrial settings, this pump offers a high turn down ratio and +/-1.0% reproducibility for precise control and minimal waste.
Top product features:
- Pulse control allows for precise metering of chemicals.
- PTFE diaphragm material provides chemical compatibility.
- Turn down ratio of 1000:1 enables precise control over chemical flow.
Top product applications:
- Water Treatment Plant
- Chemical Metering Pump used in a water treatment plant to precisely meter chemicals such as chlorine or fluoride into the water supply.
- Industrial Process
Chemical Metering Pump, Chemical Compatibility Not Applicable, Control Programs Manual Control, Pulse, Diaphragm Material PTFE, Discharge Connection Size 3/8 in, Discharge Connection Type Not Applicable, Fitting Material PVC, Flow Rate (Maximum) 96 gpd, Head Material PVC, Intake Connection Size 3/8 in, Intake Connection Type Not Applicable, Nameplate Voltage 115V AC, Operating Pressure (Maximum) 100 psi, Reproducibility +/-1.0 Percent, Seal Material PVDF/Polyprel, Turn Down Ratio 1000:1
Additional Information
- Country of Origin: US
- Drop Ship Item: Yes
- Blind Ship Eligible: No
- LTL Freight Required: No
- Lead Time: Ships in 10 days
- Minimum Order Quantity: 1
- Unit of Measure: EA
- Package Length: 12.50
- Package Width: 11.00
- Package Height: 18.00
- Package Weight: 1.00
- Restricted States: CA
Product info last updated on April 14, 2026 7:55pm UTC
Category: Positive Displacement Pumps