The Coulomb method moisture analyzer can complete the determination of moisture content in samples within a few minutes, and the results are highly accurate. High degree of automation: The Coulomb method moisture analyzer is easy to operate, and most steps can be automated, greatly reducing errors caused by human operation. Wide application range: The Coulomb method moisture analyzer can be applied in multiple fields, such as food, chemical, pharmaceutical, etc., and is a tool for quality control and research and development processes. Easy maintenance: The Coulomb method moisture analyzer has a simple structure and is relatively easy to maintain.
The Karl Fischer Coulombic method (Karl Fischer titration) is used to determine the moisture content in samples, overcoming the disadvantages of low accuracy, large electrolyte consumption, and cumbersome operation of Karl Fischer titration instruments. It utilizes advanced automatic control circuits and high electrolysis current and current automatic control technology, and the measurement results are directly displayed in digital form. The instrument has a novel and lightweight structure, and is more reliable and convenient to use. The electrolyte can be reused for a long time. It has the characteristics of fast analysis speed (one result per minute), simple operation, high accuracy, and strong automation, and is widely used in departments such as petroleum, chemical, power, railway, pesticide, medicine, and environmental protection.
Widely used in industries such as chemistry, pharmaceuticals, and food. Capable of measuring trace amounts of moisture in samples with very high sensitivity and accuracy. Easy to operate, reducing human error and operational difficulty, with direct digital display of measurement results. Not only can free water in the sample be measured, but also bound water can be measured, which is suitable for most organic samples. Reduced operating costs. It is usually possible to complete the measurement of a sample within a few minutes, which improves work efficiency.