1.Description:

This instrument is a new type of photometric analyzer developed based on the principle of photometric analysis. It adopts advanced technology, enabling excellent linear accuracy in the high concentration range. The computer data processing system is used, which is more suitable for the simultaneous testing of multiple samples (up to 10 samples can be tested at once). All knobs and switches have been eliminated, and no adjustment of any knobs is required. All functions are realized by software, with automatic zero adjustment and automatic linear correction. This fundamentally avoids the occurrence of mechanical failures, significantly improving the stability of the instrument, and making the operation simpler. It can basically achieve zero faults and zero maintenance. It is particularly suitable for the systematic analysis of silicate chemical components. It is also applicable to the detection fields of refractory materials, building materials, and mineral resources and their products.

2.Technical Parameter

1. Measurable elements and scope:
SiO2 0.01~100% Al2O3 0.01~100% Fe2O3 0.01~100% TiO2 0.01~100%
K2O: 0.01% - 15% Na2O: 0.01% - 15% CaO: 0.01% - 100% MgO: 0.01% - 100%
B2O3 0.01 - 30% ZrO2 0.01 - 100% Li2O 0.01 - 15% SnO 0.01 - 15%
PbO 0.01 - 100% ZnO 0.01 - 100% MnO 0.01 - 15% Cr2O3 0.01 - 15%
BaO 0.01 - 10% NiO 0.01 - 100% CoO 0.01 - 100% P2O5 0.01 - 30%
MoO3: 0.01% - 100% V2O5: 0.01% - 100% CuO: 0.01% - 100% Mo: 0.01% - 100%
2. Measurable material types: Silicon, aluminate compounds; The main components of various non-ferrous metal minerals and alloys, as well as chemical raw materials can be determined; Comprehensive analysis of the main raw materials and finished products of cement.
3. Accuracy: The measurement accuracy of this equipment can meet or exceed the requirements for accuracy stipulated in the national analysis methods standards for related elements (GB/T4734-1996, QB/T2578-2002).
4. Measurement channels: 3
5. Measurement stability: The reading variation should be within ±1 unit within 5 minutes.
6. Test repeatability: The readings of the same sample solution should be within ±1 digit when measured repeatedly.
7. Detection speed: Approximately 2 hours after the sample measurement begins, the determination of SiO2, Al2O3, Fe2O3, TiO2, K2O, Na2O, CaO, and MgO in 4 regular samples can be completed. The determination of other elements can be completed within 4 hours.
8. Number of samples for continuous measurement: 20.