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Brand Name : MORITA
Model Number : QR-9000
Place of Origin : China
MOQ : 1 PC
Payment Terms : T/T
Supply Ability : 100 pcs per month
Delivery Time : 15 days
Packaging Details : wooden case
Analysis Time : Carbon: 20-60 seconds, Sulfur: 20-60 seconds
Measurement Accuracy : Carbon: +/- 0.0001%, Sulfur: +/- 0.0001%
Operating Temperature : 10-30 degrees Celsius
Measurement Range : Carbon: 0.0001%-10%, Sulfur: 0.0001%-5%
Detection Method : Infrared absorption method
Storage Temperature : -20-50 degrees Celsius
Power Supply : AC 220V/50Hz
Economic High-Frequency Infrared Carbon-Sulfur Analyzer For University Teaching & Laboratory Applications QR-9000
The Economic High-Frequency Infrared Carbon-Sulfur Analyzer is designed to meet the requirements of higher education institutions, research laboratories, and experimental teaching environments. With a measurement sensitivity of 0.01PPM and wide detection ranges (Carbon: 0.00001%–10.00%; Sulfur: 0.00001%–5.00%), it provides accurate, reliable, and repeatable results essential for academic training and scientific research.
In universities and research institutes, precise elemental analysis is critical for material science, metallurgy, chemistry, and engineering education. This analyzer integrates high-frequency combustion technology with advanced infrared detection, ensuring precise determination of carbon and sulfur content in metals, alloys, and other industrial materials. Its cost-effective design makes it ideal for teaching laboratories requiring high accuracy without excessive operational costs.
High Sensitivity & Accuracy
Sensitivity: 0.01PPM
Analytical Precision: Carbon ≤ RSD 0.5%; Sulfur ≤ RSD 1.0%
Enables detailed demonstration of analytical principles and accurate research data.
Educational Suitability
User-friendly interface and intuitive software make it ideal for student training, helping them understand real-world material testing methods.
Fast & Reliable Analysis
Provides results within 25–60 seconds (average 35 seconds), supporting both classroom demonstrations and research experiments.
Cost-Efficient Laboratory Solution
Offers advanced analytical performance at an economical price, reducing institutional budget pressures.
| Parameter | Specification |
|---|---|
| Measurement Elements | Carbon (C) and Sulfur (S) |
| Carbon Range | 0.00001% – 10.00% |
| Sulfur Range | 0.00001% – 5.00% |
| Sensitivity | 0.01PPM |
| Analytical Precision | C ≤ RSD 0.5%; S ≤ RSD 1.0% |
| Analysis Time | 25–60 seconds (typically 35 seconds) |
| Operating Temperature | 10°C – 30°C |
| Relative Humidity | ≤75% |
| Power Supply | AC220V ±5%, 50Hz ±2% |
Teaching Demonstrations – Provides real-time analysis for metallurgy, chemistry, and materials science classes.
Laboratory Research – Ensures accurate elemental analysis for academic research and project studies.
Student Training – Offers hands-on experience in advanced testing technologies.
Material Quality Verification – Supports research on metals, alloys, ceramics, and composite materials.
Combines high accuracy, fast response, and reliable performance for laboratory and classroom use.
Intuitive Windows-based software includes data recording, statistical analysis, and system diagnostics.
Robust, low-maintenance design ensures long-term cost efficiency for university budgets.
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0.0001%-5% Sulfur Infrared Carbon Sulfur Analyzer For University Teaching Laboratory Images |