In the adjancent video ZP demonstrates one of our solid state pH sensors.
Solid-state pH sensors have several advantages over traditional glass electrode pH sensors, including:
Durability: Solid-state pH sensors are less fragile than glass electrode pH sensors, making them less prone to damage during handling or use. This also makes them more resistant to breaking or cracking, which can be a significant problem with glass electrodes.
Stability: Solid-state pH sensors are less prone to drift over time, making them more stable and reliable for long-term measurements. This is because they do not rely on a liquid-filled electrode that can dry out or become contaminated, leading to changes in the pH readings.
Fast response time: Solid-state pH sensors typically have a faster response time than glass electrode sensors, making them more suitable for applications that require rapid measurement and response times.
Lower maintenance: Solid-state pH sensors require less maintenance than glass electrode sensors, as they do not need to be stored in a liquid-filled solution or calibrated as frequently.
Compatibility with a wide range of samples: Solid-state pH sensors can be used in a variety of different samples, including those that are hot, viscous, or contain solids, which can be problematic for glass electrodes.
Overall, the advantages of solid-state pH sensors make them an attractive alternative to traditional glass electrode pH sensors for many applications.
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