pH/ORP/ION Series

  • CS1728 pH Sensor

    CS1728 pH Sensor

    Designed for Hydrofluoric acid environment.
    HF concentration < 1000ppm
    The electrode is made of ultra-bottom impedance-sensitive glass film, and it also has the characteristics of fast response, accurate measurement, good stability, and not easy to hydrolyze in the case of hydrofluoric acid environment media. The reference electrode system is a non-porous, solid, non-exchange reference system. Completely avoid various problems caused by the exchange and blockage of the liquid junction,such as the reference electrode is easy to be polluted, reference vulcanization poisoning, reference loss and other problems.
  • CS1737 pH Sensor

    CS1737 pH Sensor

    Designed for Hydrofluoric acid environment.
    HF concentration>1000ppm
    The electrode is made of ultra-bottom impedance-sensitive glass film, and it also has the characteristics of fast response, accurate measurement, good stability, and not easy to hydrolyze in the case of hydrofluoric acid environment media. The reference electrode system is a non-porous, solid, non-exchange reference system. Completely avoid various problems caused by the exchange and blockage of the liquid junction,such as the reference electrode is easy to be polluted, reference vulcanization poisoning, reference loss and other problems.
  • CS1515 pH Sensor

    CS1515 pH Sensor

    Designed for moist soil measurement.
    The reference electrode system of CS1515 pH sensor is a non-porous, solid, non-exchange reference system. Completely avoid various problems caused by the exchange and blockage of the liquid junction,such as the reference electrode is easy to be polluted, reference vulcanization poisoning, reference loss and other problems.
  • CS1797 pH Sensor

    CS1797 pH Sensor

    Designed for Organic Solvent and Non-aqueous Environment.
    The newly designed glass bulb increases the bulb area, prevents the generation of interfering bubbles in the internal buffer, and makes the measurement more reliable. Adopt PP shell, upper and lower NPT3/4” pipe thread, easy to install, no need for sheath, and low installation cost. The electrode is integrated with pH, reference, solution grounding, and temperature compensation.
  • CS1540 pH Sensor

    CS1540 pH Sensor

    Designed for particulate matter water quality.
  • CS1529 pH Sensor

    CS1529 pH Sensor

    Designed for seawater environment.
    The outstanding application of SNEX CS1529 pH electrode in seawater pH measurement.
  • CS1729 pH Sensor

    CS1729 pH Sensor

    Designed for seawater environment.
    The outstanding application of SNEX CS1729 pH electrode in seawater pH measurement.
  • CS1543 pH Sensor

    CS1543 pH Sensor

    CS1543 pH electrode adopt the most advanced solid dielectric in the world and large-area PTFE liquid junction. Not easy to block, easy to maintain. The long-distance reference diffusion path greatly prolongs the service life of the electrode in harsh environments. The newly designed glass bulb increases the bulb area, prevents the generation of interfering bubbles in the internal buffer, and makes the measurement more reliable. Adopt glass shell, easy to install, no need for sheath, and low installation cost. The electrode is integrated with pH, reference, solution grounding and temperature compensation. The electrode adopts high-quality low-noise cable, which can make the signal output longer than 20 meters without interference. The electrode is made of ultra-bottom impedance-sensitive glass film, and it also has the characteristics of fast response, accurate measurement, good stability.
  • CS1733 pH Sensor

    CS1733 pH Sensor

    Designed for strong acid, strong base, waste water and chemical process.
  • CS1753 pH Sensor

    CS1753 pH Sensor

    Designed for strong acid, strong base, waste water and chemical process.
  • CS1755 pH Sensor

    CS1755 pH Sensor

    Designed for strong acid, strong base, waste water and chemical process.
  • CS1588 pH Sensor

    CS1588 pH Sensor

    Designed for pure water, low Ion concentration environment.