MERAK-CEMII cement all element analyzer Introduction
In the cement production process, the chemical composition and mineral composition of raw materials, raw materials and clinker must be determined in real time in order to control and optimize the process and ensure product quality.
The accurate analysis of the elemental composition of raw materials, raw materials, clinker and cement in the cement production process is particularly important to promote the production process in the most cost-effective manner to obtain the highest quality.
Chemical analysis methods are cumbersome and inefficient, and cannot meet the needs for real-time quality monitoring and real-time adjustment of ingredients. The large-wavelength dispersion X-ray fluorescence spectrometer used in the cement industry in recent decades has greatly improved the analysis efficiency and accuracy. X-ray fluorescence spectrometers have high requirements for the use environment and extremely high maintenance and repair costs, which put a lot of pressure on the testing cost of the cement industry.
The new generation of high-sensitivity X-ray fluorescence spectrometers has the characteristics of high precision, miniaturization, and low maintenance and repair costs. It fully meets the requirements of the GB / T 176 Cement Chemical Analysis Method and improves the level of element content detection in the cement industry.
Innovative --- perfect integration of two X-ray fluorescence cutting-edge technologies of single-wavelength excitation and secondary target;
Accuracy --- easily meet the accuracy requirements of "GB / T176 Cement Chemical Analysis Method";
Stability --- the whole machine has no moving parts, combined with the optical path locking system, to ensure long-term stable operation
Economical --- No need for refrigeration, vacuum, cylinder gas, etc., strong environmental adaptability and low operating costs; Features
1.stable
The sample can be tested after being turned on for 10 minutes. Continuous testing, daily testing, and long-term testing have excellent stability;
2.Low consumption
No vacuum, no helium, no refrigeration required, ultra-low failure rate guarantees long-term stable operation;
3.miniaturization
Professionally customized low-power X-ray tube, digital high-voltage power module, high integrated circuit system, low maintenance and repair costs;
4.fast
Analysis of a sample can be completed in 120 seconds;
5.Networked
The data can be uploaded to the laboratory information management system (LIMS system), and the instrument data can also be linked into the DCS system;
6.Big Data
For group users, the data can be uploaded to the group management system in real time to facilitate the monitoring and management of cement quality; Technical Parameters
Industry Specific Type: Energy Chemical
Repeatability: 5.8%
Analytical content range: 1 ppm ~ 10%
Energy resolution: less than 130eV
Elemental analysis range: Si (14) ~ Cl (17)
Instrument type: desktop / floor-standing energy dispersion X-ray fluorescence spectrum, XRF
Introduction
In the cement production process, the chemical composition and mineral composition of raw materials, raw materials and clinker must be determined in real time in order to control and optimize the process and ensure product quality.
The accurate analysis of the elemental composition of raw materials, raw materials, clinker and cement in the cement production process is particularly important to promote the production process in the most cost-effective manner to obtain the highest quality.
Chemical analysis methods are cumbersome and inefficient, and cannot meet the needs for real-time quality monitoring and real-time adjustment of ingredients. The large-wavelength dispersion X-ray fluorescence spectrometer used in the cement industry in recent decades has greatly improved the analysis efficiency and accuracy. X-ray fluorescence spectrometers have high requirements for the use environment and extremely high maintenance and repair costs, which put a lot of pressure on the testing cost of the cement industry.
The new generation of high-sensitivity X-ray fluorescence spectrometers has the characteristics of high precision, miniaturization, and low maintenance and repair costs. It fully meets the requirements of the GB / T 176 Cement Chemical Analysis Method and improves the level of element content detection in the cement industry.
Innovative --- perfect integration of two X-ray fluorescence cutting-edge technologies of single-wavelength excitation and secondary target;
Accuracy --- easily meet the accuracy requirements of "GB / T176 Cement Chemical Analysis Method";
Stability --- the whole machine has no moving parts, combined with the optical path locking system, to ensure long-term stable operation
Economical --- No need for refrigeration, vacuum, cylinder gas, etc., strong environmental adaptability and low operating costs;
