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*NEW PRODUCT ANNOUNCEMENT*

We are pleased to announce the release of our SPECTRE Series Reference Electrodes – Field-Installed for Continuous Monitoring!

 

When your assets must perform for decades, you choose partners who have proven they can do the same. For more than 77 years, Tinker & Rasor has supported asset owners and engineers with instrumentation built to last — and backed by a level of customer support that stands out in the corrosion control industry.

 

The Tinker & Rasor SPECTRE Series Reference Electrodes continue that legacy. Designed for long-term cathodic protection monitoring, they provide the durability, stability, and confidence required for high-consequence infrastructure. Our SPECTRE Series Reference Electrodes are designed and manufactured for long-term stability and performance, with a minimum 30-year design life under normal installation and environmental conditions. The confidence in long-term performance comes from the solid-state design, stable electrolyte system, and ceramic interface, which prevent the leaching, drying, or ion depletion common in liquid- or gel-filled reference electrodes.

 

Why engineers and asset owners trust SPECTRE:

✔️ Solid-state design for buried, submerged, and concrete environments.

✔️ Four configurations (1, 1-B, 2, 2-B) engineered for real-world conditions.

✔️ Reliable long-term reference potential stability.

✔️ Supported by a team with more than seven decades of hands-on CP experience.

 

From pipelines and storage systems to municipal infrastructure and industrial facilities, we know your assets must perform without compromise. That’s why we design products — and provide the service — to match that expectation.

 

When you’re evaluating Field-Installed Reference Electrodes for Continuous Monitoring for your CP program, our team is here to help you select the right configuration and support your project from planning through installation. #SPECTRE #ReferenceElectrodes #FieldInstalled #30yeardesign #cathodicprotection #corrosionmitigation #continuousmonitoring


 
 
 

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