In analytical and diagnostic systems, errors and contamination can have serious consequences. For example, conductivity measurement in dialysis must always be precise, since both harmful metabolic substances and electrolytes like potassium must be removed from the blood. This process is closely monitored via conductivity sensors – where our ultra-pure graphite electrodes come into play. Because graphite is inherently porous and not ideal in raw form, we impregnate the material with high-performance resins. This maintains key long-term properties such as consistent electrical resistance and stable thermal conductivity. It also prevents surface oxidation and biofilm formation. The component is highly resistant to aggressive chemical cleaning agents and offers a long service life. All of this is implemented under ultra-pure conditions – from materials to handling to packaging.
Ideal for Conductivity Measurement in Industrial Applications
From water treatment in wastewater facilities, to process control in the food industry, and leak detection in the chemical and biochemical industries – our resin-impregnated graphite conductivity electrodes are trusted worldwide. In measurement, control, and automation systems, they provide highly accurate and reliable conductivity readings. Unlike conventional metal electrodes, our resin-impregnated graphite does not oxidize and is toxicologically safe – enabling long-term, precise and secure measurements.