Contact form1. Introduction to the Instrument
1.1. Instrument Principle: The HTF-VIII Silicate Chemical Composition Rapid Analyzer is a multi-element rapid analyzer developed based on the principle of photometric analysis. According to the linear relationship between sample concentration and reading, the linearity is optimized within the range conforming to Beer’s law, making the determination results of samples more accurate.
1.2. Instrument features: The HTF-VIII silicate chemical composition rapid analyzer adopts a unique method of linear expansion and sensitivity improvement, which solves the problems of traditional photometric methods, such as the deviation from linearity when analyzing high-component contents and poor sensitivity when analyzing low-component contents.
1.3. Applicable industries: The HTF-VIII silicate chemical composition rapid analyzer has significant advantages in the systematic analysis of the silicate industry. It has been applied in thousands of companies in industries such as ceramics, refractory materials, cement, glass, geology, and non-metallic minerals (including research institutes and universities), and has entered the international market in batches, receiving unanimous recognition from a large number of users.
2. Technical parameters
2.1. Measurement range
2.1.1. Measure the range of oxides
| Name | content | Name | content | Name | content | Name | content |
| silicon dioxide | 0.1-99% | aluminum oxide | 0.1-99% | Ferric oxide | 0.1-99% | titanium dioxide | 0.1-99% |
| Potassium oxide | 0.1-99% | sodium oxide | 0.1-99% | Calcium oxide | 0.1-99% | magnesium oxide | 0.1-99% |
| boron trioxide | 0.1-30% | Zirconia | 0.1-99% | Lithium oxide | 0.1-15% | tin oxide | 0.1-99% |
| Lead oxide | 0.1-99% | zinc oxide | 0.1-99% | manganese oxide | 0.1-99% | chromium trioxide | 0.1-99% |
| Barium oxide | 0.1-10% | Nickel oxide | 0.1-15% | Cobalt oxide | 0.1-10% | phosphorus pentoxide | 0.1-30% |
2.1.2. Types of samples to be measured: feldspar, clay, kaolin, quartz, limestone, wollastonite, talc, dolomite, ceramic powder, glaze, frit, bauxite, corundum, alumina, magnesia, and other silicate, aluminate, high-calcium, high-magnesium samples or ores.
2.2. Analysis accuracy: In line with the allowable errors for ceramic material analysis specified in GB/T4734 and the allowable errors for refractory material analysis specified in GB/T6900.
2.3. Analysis speed: It claims that the full analysis of the eight conventional elements (silicon, aluminum, iron, titanium, calcium, magnesium, potassium, and sodium) can be completed within 2-3 hours after the sample is received. The analysis of other elements can be completed within 4-6 hours.
2.4. Sample injection channels: 3.
2.5. Number of samples measured continuously: 20.
2.6. With an automatic nesting system.
3. Instrument matching
| 3.1. Main unit of CXF-VIII Silicate Chemical Composition Rapid Analyzer： | 1 |
| 3.2. Data processing system (including computers, printers, and analysis software)： | 1 |
| 3.3. flame photometer： | 1 |
| 3.4. Silver crucible： | 4 |
| 3.5. Ultrasonic cleaner： | 1 |
| 3.6. Standard stock solution： | 1 |
4. Usage environment
| power supply： | 220V/50Hz |
| Total machine power： | 1kW |
| installation area： | 3500×850mm |
| Total machine weight： | 100kg |
| ambient temperature： | 10-30℃ |
| relative humidity： | ≤85% |
