SL series lithium ore analyzer

SL series lithium ore analyzerSpecially designed for the quantitative analysis of chemical composition in non-metallic industries such as ceramics, refractory materials, and a wide range of inorganic non-metallic minerals, as well as non-ferrous metals such as tungsten, molybdenum, nickel, cobalt, copper, and smelting industries, with strong targeting and better applicability. Based on years of rich production and on-site service experience, and according to the usage environment and operating habits of users, a newly designed new data processing system has strong anti-interference ability and can better adapt to the limited production and testing environment of factories and mines. The instrument maintenance cost is low, the service life is long, and the performance is more reliable.

SL series lithium ore analyzerBased on the principle of total differential photometry, the scale is extended to the left by microcurrent and to the right by photocurrent, thus achieving a wide range of linearity. This effectively solves the problem of large linear errors in the analysis of high component content due to deviation from Beer's law and insufficient sensitivity in the analysis of low content elements in traditional photometric colorimetric analysis. The upper limit of element detection can reach over 99%, and the lower limit can be extended to 0.001%. Under such a large range, good linear accuracy can still be maintained and accurate analysis results can be obtained.

Instrument Features

The SL-Z20 adopts technical measures such as colored light sources, composite filters, alloy sealed fixed wavelength sample chambers, and high-performance photoelectric sensors in its design, effectively eliminating clutter interference. The monochromaticity of each detection channel of the equipment is excellent, providing a guarantee for achieving good large-scale linearity.

2. It has three high-speed measurement channels with automatic liquid suction and discharge, which can achieve rapid and synchronized measurement of multiple elements. It is more suitable for joint measurement of multiple samples (can meet the continuous measurement of 10 samples), and experimental detection is fast and convenient. The instrument has good stability and reproducibility, especially suitable for rapid on-site analysis.

3. The mechanical zeroing device has been eliminated, and computer automatic zeroing and linear correction have been automatically adjusted. The equipment has high integration, humanized design, reduced equipment failure rate, and improved the stability and service life of the instrument.

4. Adopting new sensor technology and computer signal processing system, the detection accuracy is higher, the anti-interference ability is strong, and it can adapt to harsh working environments.

5. Our company has also developed a stable and reliable system chemical analysis process for the equipment research. After optimization and screening, the determined color system has stable color development, good selectivity, high sensitivity, eliminates mutual interference between various elements, and is easy to operate. Instrument operation can be mastered through simple training, and the learning threshold for operators is low.

6. Suitable for chemical analysis of oxides, non oxides, and elemental components of various elements.

Main technical parameters:

1. Measure elements

2. Analysis speed: Complete routine 8-element full analysis within 2-2.5 hours from the start of self sampling. The analysis of other elements should be completed within 3-6 hours.

3. Analysis error: The analysis error of this equipment is formulated in accordance with the requirements for error in two national standards, GB/T4734 Chemical Analysis Methods for Ceramic Materials and GB/T6900 Chemical Analysis Methods for Refractory Materials. But in practical operation, in most cases, it is better than the specified error. The allowable errors for the analysis method standards of the two countries are as follows: