1.25" × Ø0.188" LPR Electrode Set
Our electrodes are manufactured with the highest quality to provide accurate and consistent corrosion rates.
At Pacific Sensor we stand behind all of our products. You will be 100% satisfied with your order or we will repair, replace, or refund your purchase.
Linear Polarization Resistance (LPR) Electrode
5-40 thread fits most manufactures LPR instruments
1-1/4” × Ø3/16”
Glass Bead Finish
VCI Envelope
Set of 2 Electrodes
Viton O-Rings (2 per Pack)
Made in the USA.
Our electrodes are manufactured with the highest quality to provide accurate and consistent corrosion rates.
At Pacific Sensor we stand behind all of our products. You will be 100% satisfied with your order or we will repair, replace, or refund your purchase.
Linear Polarization Resistance (LPR) Electrode
5-40 thread fits most manufactures LPR instruments
1-1/4” × Ø3/16”
Glass Bead Finish
VCI Envelope
Set of 2 Electrodes
Viton O-Rings (2 per Pack)
Made in the USA.
Our electrodes are manufactured with the highest quality to provide accurate and consistent corrosion rates.
At Pacific Sensor we stand behind all of our products. You will be 100% satisfied with your order or we will repair, replace, or refund your purchase.
Linear Polarization Resistance (LPR) Electrode
5-40 thread fits most manufactures LPR instruments
1-1/4” × Ø3/16”
Glass Bead Finish
VCI Envelope
Set of 2 Electrodes
Viton O-Rings (2 per Pack)
Made in the USA.
Pacific Sensor’s corrosion monitoring online store provides you with the tools to maintain your corrosion monitoring systems. Each product is manufactured with the highest quality to provide accurate and consistent readings.
Our store provides a selection of LPR electrodes for most alloys. If there is an alloy that you are not able to find please contact us online or give us a call. For a comprehensive list of our most common alloys please visit our Alloy Table.
We can also machine electrodes to customer specifications. We can machine electrodes from our inventory of metals, or from customer-supplied material.