The Difference Between Industrial and Commercial pH Sensors

A pH sensor of superior quality is one that has been made using materials that are resilient enough to survive the demanding conditions of the environment in which it will be used, as well as one that has been custom-designed for that environment. For instance, a high-quality sensor that is utilised in a wastewater treatment plant will be constructed using components that are resistant to corrosion brought on by the presence of acidic and basic liquids throughout the treatment process.

The Nexus solid reference junction eliminates reference poisoning.  The Nexus pH sensors have an extended life and are most suitable for industrial process applications

In comparison to a sensor that may be used for a variety of purposes, a pH sensor of superior quality will have a longer lifespan as well as more precise readings. They are typically manufactured using reference electrodes that are more accurate and stable, which results in readings that are more reliable overall. They may also have features that make them more user-friendly and easier to maintain, such as automated temperature adaptation and self-diagnostics. These features may also be included.

On the other hand, in contrast to a specific-use pH sensor, a general-purpose pH sensor is intended to be adaptable and can be utilised in a number of contexts. They typically come at a lower cost, but the trade-off is that they are not as accurate or long-lasting as a sensor of higher quality would be. They might not be able to resist the same variety of pH levels or temperatures, and they might not have the same level of defense against hostile surroundings.

In conclusion, high-quality pH sensors outlast general-purpose sensors, have a higher degree of accuracy and last for a significantly longer period of time. They can withstand extreme conditions, in contrast to general-purpose sensors, which have a wider range of applications but are not as accurate or long-lasting.