Automatic and rapid analysis of refractory materialsThe main focus is on the rapid and accurate detection of refractory material composition, which is crucial for ensuring the quality and performance of refractory materials. Mainly used in fields such as environmental protection, chemical industry, agriculture, geology and mining, and building materials, especially in industries such as metallurgy, building materials, and chemical industry that require high temperature working environments.
The following is a summary of some key points and information for automatic and rapid analysis of refractory materials:
Analysis instrument:
There are various models of refractory rapid analyzers on the market, such as SL-Z50, YFZ02, YKF-V10, etc.
These analyzers typically have high-precision, multi-element detection capabilities, can measure up to 25 elements, and support the representation of elemental, oxide, and non oxide.
The technical principles adopted by the instrument mainly include total differential spectrophotometry, photometric analysis, etc. These technologies can solve the problems of high component content deviating from linearity and low component content reliability in traditional analysis methods.
Technical characteristics:
High degree of automation: Instruments are usually equipped with functions such as automatic sampling, automatic zeroing, and automatic correction, greatly reducing manual operation and the errors it brings.
High analysis accuracy: The analysis accuracy can reach 0.001%, and it can maintain good linear accuracy over a wide analysis range.
Strong protective performance: If an aluminum alloy fully sealed chassis is used, it can prevent laboratory acidic gases, water vapor, and dust from damaging the instrument and reduce the failure rate.
Wide applicability: Suitable for quantitative and rapid analysis of chemical composition in various types of refractory materials such as aluminum, silicon, aluminum silicate, magnesium, as well as industries such as ceramics, cement, and glass.