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A carbon electrode serves as the sensor in a carbon sensor conductivity metre, which is a device used to measure a solution’s electrical conductivity. The carbon electrode, which is often formed of graphite or a substance containing carbon, is used to evaluate a solution’s electrical conductivity by submerging it in the liquid and observing how much current passes through it.
An electric current can pass through a solution when the carbon electrode, which serves as an electrode, is submerged in it. Since the conductivity of the solution is inversely proportional to the current flow, the conductivity of the solution can be calculated from the measurement of the current.
To measure the conductivity of solutions, carbon sensor conductivity metres are frequently employed in a variety of settings, including water treatment, commercial operations, and research labs.
Because of their comparatively inexpensive cost, straightforward construction, and good accuracy in measuring the conductivity of solutions with low to moderate conductivity, they are favoured over other types of conductivity metres.
Global carbon sensor conductivity meter market accounted for $XX Billion in 2022 and is anticipated to reach $XX Billion by 2030, registering a CAGR of XX% from 2023 to 2030.
The brand-new 300-2C-C 2-cell conductivity sensor cartridge and flow cell from HORIBA Instruments was just released. For applications involving ultra-pure water and low conductivity tests, this combination is appropriate.
The 300-2C-C 2-cell conductivity sensor cartridge is made of stainless steel and has a nominal cell constant of 0.1 cm-1. It can measure resistivity up to 20 M-cm and conductivity ranging from 0.01 to 500 S/cm. Moreover, the metre contains an integrated temperature sensor that enables it to gauge sample temperature and show temperature-adjusted readings.
The conductivity sensor head, model number 300-C-2 or 300-C-5, compatible with the flexible LAQUA WQ-300 series smart handheld metres, must be connected to the cartridge.
The glass flow cell that can be detached is designed for continuous flow applications. To prevent water from being exposed to air carbon dioxide, which could alter the reading, the input must be connected to a source of water using a flexible tubing. The conductivity or resistivity of flowing water can be measured with the 300-2C-C 2-cell conductivity sensor cartridge.
