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Beijing Pule Technology Co., Ltd
Fully automatic injection micro moisture analyzer
NegotiableUpdate on 05/07
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Overview
The Karl Fischer Coulomb method moisture analyzer adopts a 5-inch capacitor high-definition color touch screen, with fast response speed and simple operation like a mobile phone. The operation interface is simple and intuitive, and the navigation based operation mode reduces learning costs and makes it easier to get started. Circuit and program design have the advantages of high precision, fast electrolysis speed, short balancing time, accurate blank deduction, and reliable analysis results; The automatic sampler used in the instrument can be selected through an automated device with a 15.6-inch operation screen, which is more convenient to operate and can replace manual steps such as sample rinsing, sampling, and testing, while ensuring accurate data and improving experimental efficiency.
Product Details
The Karl Fischer Coulomb method moisture analyzer adopts a 5-inch capacitor high-definition color touch screen, with smooth operation like a mobile phone. The navigation interface reduces learning costs and beginners can quickly get started. Its circuit and program design optimization have the advantages of high accuracy, fast electrolysis speed, short balancing time, precise blank deduction, and reliable analysis results. The matched automatic sampler has a 15.6-inch operation screen, which can automatically complete the entire process of sample rinsing, sampling, and testing, replacing manual operation to reduce errors. 24-hour continuous operation improves experimental efficiency by over 50%. The instrument is suitable for moisture detection in fields such as chemical engineering, pharmaceuticals, and lithium batteries. The testing time for a single sample is ≤ 5 minutes, and the data repeatability is ≤ 0.5%. Through "high-precision detection+automated processes", it achieves an efficient and low-cost laboratory testing experience, meeting the precise analysis needs of scientific research and industrial scenarios.
