Bauxite Silicon Aluminum Titanium Laboratory Equipment

Bauxite Silicon Aluminum Titanium Laboratory Equipment Bauxite Silicon Aluminum Titanium Laboratory Equipment Instruments for testing bauxite silicon aluminum titanium Instruments for detecting bauxite phosphorus aluminum titanium silicon magnesium 

Multiple elements such as Mn, Si, P, Cu, Fe, Mg, Ti, Pb, Zn, etc. The three-element analyzer section consists of three main channels, each with five sub-channels (capable of storing 5 working curves), allowing in principle the detection of 15 or more elements. It is microcomputer-controlled with full Chinese menu operation and results are printed by a micro printer. It can meet the needs of industries such as metallurgy, machinery, and chemicals for multi-element analysis of materials in pre-furnace, finished product, and incoming material testing.

Main Technical Parameters:

Measurement Range: 0-1,999 absorbance value, 0-99.99% concentration value 

Measured Elements: Silicon, manganese, phosphorus, copper, nickel, chromium, molybdenum, rare earth, magnesium, titanium, zinc, aluminum, lead, iron, tungsten, etc. 

Measurement Accuracy: Complies with GB/T223.3-5-2003 standard

Power Supply Voltage: 220V±10% 50HZ, Power Consumption: ≤500W 

Measurement Range:

Phosphorus: 0.0001~99.0000% Manganese: 0.0001~99.0000%    Silicon: 0.0001~99.0000%

Chromium: 0.0001~99.0000%    Nickel: 0.0001~99.0000%    Molybdenum: 0.0001~99.0000%

Copper: 0.0001~99.0000%    Titanium: 0.0001~99.0000%    Magnesium: 0.0001~99.0000%

Iron: 0.0001~99.0000%    Tungsten: 0.0001~99.0000%    Vanadium: 0.0001~99.0000% 

Aluminum: 0.0001~99.0000%    Lead: 0.0001~99.0000%    Zinc: 0.0001~99.0000%

Main Features 

1. Microcomputer-controlled, full Chinese menu operation, results printed by microcomputer printer;

2. Utilizes the latest single-chip microcomputer technology for program control and data processing. It can quickly and accurately measure the mass fraction of multiple elements in steel and ferrous metals, featuring high automation, accurate and reliable quantitative liquid addition, and low reagent consumption, which improves analysis accuracy, precision, and analysis time while simplifying the operation process. It can directly display content and print results; 

3. Uses patented cold light source technology and imported photoelectric components, with self-calibration of zero and full scale;

4. The system has good stability, strong anti-interference ability, and provides accurate and reliable analysis results;

5. Replacing cold light sources of different wavelengths is convenient with pre-adjusted potentiometers, expanding the range of measurable elements and concentrations;

6. External sample dissolution, easy operation, no aging of valves and pipelines, extending service life.