The difference between Karl Fischer moisture analyzer and halogen moisture analyzer
There is no difference in nature between the Karl Fischer moisture analyzer and the halogen moisture analyzer. They both quickly measure the moisture of the sample and meet the requirements of the experimental data. Simply put, the Karl Fischer moisture analyzer is a chemical analysis method, and the halogen moisture analyzer It is a physical analysis method. Users can choose different analysis methods according to the different characteristics of the sample. Let us explain the difference between the Karl Fischer moisture analyzer and the halogen moisture analyzer.
Karl Fischer Moisture Analyzer
The Karl Fischer moisture analyzer uses chemical methods to measure the moisture content in materials. It was developed and produced according to the moisture determination method proposed by Karl Fischer in 1935. It has been listed as a standard method for the determination of moisture in many substances. Karl Fischer Moisture Meter This method is easy to operate and has high accuracy. It is an ideal instrument for testing moisture content in petroleum, chemical, electric power, pharmaceutical, pesticide industries and scientific research institutions.
Vecommet WKT-A9pro superb Karl Fischer trace moisture analyzer uses the principle of Karl Fischer coulometric method (electricity method) to quickly measure the trace moisture in the sample. Internally measure the trace moisture of solid, liquid and powder. The instrument comes with printing function, which can store 500 sets of data, which can be queried and printed in real time! The newly created navigation reminder and built-in electronic manual make the operation of the instrument no longer complicated. WKT-A9pro complies with a number of national and international moisture measurement standards. It has eight built-in moisture calculation formulas and six determination methods that can be used for moisture determination in various industries. Widely used in chemical industry, petroleum, medicine, electric power, food, scientific research, testing and other industries.
Halogen Moisture Analyzer
The Halogen Moisture Analyzer uses a halogen lamp as the heat source for drying. It is a rapid determination instrument that combines a heat source (similar to an oven) and an analytical balance. It uses a ring-shaped halogen lamp to quickly dry the sample; during the drying process, the rapid moisture The analyzer continuously measures and displays the lost moisture content of the sample in real time. After the drying process is completed, the final measured moisture content value is locked and displayed. The rapid moisture analyzer is intelligently operated, and it only takes a few minutes to complete the determination of general samples. It is a new type of rapid detection instrument. the
The VM-E series integrates the mature technology in the field of moisture determination of Vecometo, which makes the whole analysis system more perfect. The high-efficiency drying heater-high-quality ring halogen lamp is used for heating to quickly and uniformly heat the sample; the design of the instrument is intelligent and simple, and the user's one-button measurement function is realized without professional knowledge.
Because different industries have different definitions of moisture, in order to meet the needs of users, VM-E series has a variety of built-in moisture display methods, including but not limited to moisture content, solid content, moisture regain, wood moisture content and other modes, and for For different samples in different industries, the instrument reserves 100 user-defined measurement methods. Users can set the measurement mode according to actual needs, and the custom program is automatically stored. The user's determination requirements for different samples.
This series of moisture analyzers are widely praised by users for their characteristics of fast heating, uniform heating, simple use and long service life.
Karl Fischer moisture analyzer and rapid moisture analyzer each have their own advantages and characteristics. Users can choose according to the type of substance they actually need to measure, cost control and other factors when choosing.
