NEW PALLADIUM-BASED REFERENCE ELECTRODES ARE HYDROCARBON-PROOF (HCP™) The dilemma that has faced all corrosion engineers is selecting the right reference electrode chemistry for the soil or water conditions they encounter. Corrosion engineers could be dealing with areas with contaminated soil...

Down to the wire and don’t have the right reference electrode for the job? Do you have crews ready to work but the reference electrodes aren’t ready? BORIN’s quick delivery of our STELTH line reference electrodes is your solution. The fast,...

Want to get started with remote monitoring, but not sure where to begin? Simply contact our experienced corrosion engineering team, they can: Help you figure out what your cathodic protection monitoring needs are; Provide you with a FREE remote monitoring...

Just a few reasons BORIN STELTH solid-state reference electrodes are unique: Solid-State Electrolyte ~ Never Needs Recharging/Recalibrating Our active and passive electrolyte chemical components inside our STELTH reference electrodes utilize our unique “solid-state chemical form". This continuously stabilizes the potency...

When choosing which reference electrode chemistry to use, it is helpful to know the composition of the soil or environment your reference electrodes will installed in. Depending on the STELTH® chemistry you use, here are certain chemicals can that can...

BORIN’s STELTH solid-state reference electrodes are designed not just to meet your cathodic protection needs, but to make your job simpler. How is this possible? Not only will our STELTH reference electrodes give you the obligatory consistent, reliable cathodic protection...

BORIN Manufacturing entered the reference electrode business in 1976 because we found the construction of reference electrodes offered was flawed: Bagged design – Reference electrodes are surrounded by plaster to help them make contact with the soil, which also makes...