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Aerospace Alloy Testing High Frequency Infrared Carbon And Sulfur Analyzer

  • Aerospace Alloy Testing High Frequency Infrared Carbon And Sulfur Analyzer
Place of Origin China
Brand Name MORITA
Model Number QR-9000S
Minimum Order Quantity 1 PC
Packaging Details wooden case
Delivery Time 15 days
Payment Terms T/T
Supply Ability 100 pcs per month

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Product Details
Sample Type Solid, Liquid, Gas Weight 50kg
Detection Method Infrared Absorption Analysis Time 1 - 5 Minutes
Accuracy ±0.1% For Carbon, ±0.05% For Sulfur Operating Temperature 10°C - 30°C
Dimensions 600mm X 400mm X 500mm Storage Temperature -10°C - 50°C
Repeatability ±0.05% For Carbon, ±0.03% For Sulfur Sample Weight 0.1 - 1g
Measurement Range 0.001% - 100% Power Supply 220V/50Hz
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Measurement range Cω(C): 0.000001%～99.999999% (≤10% or ≥10% expandable to 99.9999%)Sω(S): 0.000001%～99.999999%(≤10% or ≥10% expandable to 99.9999%)
Analytical precision C:≤RSD0.5%. S:RSD≤1.0%
Sensitivity 0.1PPM
Analysis time 25-60s (normally 35s)
Analytic error meet standard: JJG395-2016 (C: ISO9556, S: ISO4935)
Oscillation frequency 20MHz
Burning power 2.5KVA—7.5KVA( adjustable)
Working environment Indoor temperature: 10℃～30℃Relative humidity: 75%
Voltage AC220V±5%, Frequency:50H±2%
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Measurement range Cω(C): 0.000001%～99.999999% (≤10% or ≥10% expandable to 99.9999%)Sω(S): 0.000001%～99.999999%(≤10% or ≥10% expandable to 99.9999%)
Product Description
The QR-9000S High-Frequency Infrared Carbon and Sulfur Analyzer is a state-of-the-art analytical tool designed for the precise measurement of carbon (C) and sulfur (S) content in aerospace alloys. With exceptional precision (C: ≤ RSD 0.5%) and sensitivity (0.1 PPM), this analyzer is an indispensable solution for aerospace manufacturers and researchers, ensuring that materials meet the highest quality standards necessary for performance and safety in aerospace applications.
 
Key Features and Benefits
 
Precision and Sensitivity: The QR-9000S delivers remarkable accuracy with a carbon analysis precision of ≤ RSD 0.5% and sulfur precision of ≤ RSD 1.0%. Its high sensitivity of 0.1 PPM allows the detection of even trace amounts of carbon and sulfur in aerospace alloys, ensuring the highest material integrity.
 
Fast Analysis Time: With an analysis time ranging from 25 to 60 seconds, the QR-9000S provides rapid results, enabling efficient quality control and testing in aerospace manufacturing and research environments.
 
Advanced Infrared Detection: The analyzer utilizes a platinum infrared light source and high-precision pyroelectric infrared detector to deliver stable and reliable analytical performance, even in challenging conditions.
 
Automated and User-Friendly: Featuring a user-friendly interface with both Chinese and English options, the QR-9000S is designed for easy operation. The software supports dynamic data integration and automatic adjustment during the analysis process, minimizing human intervention and maximizing accuracy.
 
Durable and Reliable Design: The high-frequency combustion system, along with a gold-plated analysis cell, ensures a long service life with minimal maintenance, making it a cost-effective solution for continuous use in aerospace laboratories and production environments.
 
Applications in Aerospace Alloy Testing
 
The QR-9000S High-Frequency Infrared Carbon and Sulfur Analyzer is ideal for testing aerospace alloys used in the construction of aircraft, satellites, and other aerospace technologies. In the aerospace industry, materials must meet extremely high standards of purity and quality to withstand the rigorous demands of flight, including extreme temperatures, pressures, and mechanical stress. By accurately measuring the carbon and sulfur content in alloys, the QR-9000S helps ensure that these materials are free from impurities that could compromise their performance and safety.
 
Advantages
 
High Precision for Aerospace Materials: Meets the exacting standards required for aerospace materials, where even minute variations in carbon and sulfur content can affect material strength, corrosion resistance, and overall performance.
 
Faster Turnaround Times: The QR-9000S reduces testing times, providing fast, accurate results within 25-60 seconds, which enhances productivity and ensures quick feedback for quality control.
 
Energy-Efficient and Durable: The analyzer’s modular design and efficient high-frequency combustion system result in energy savings while offering long-term durability, even in demanding environments.
 
Seamless Integration: The QR-9000S can easily integrate with computer systems, printers, and electronic scales, ensuring smooth data handling and reporting in aerospace laboratories.
 
Technical Specifications
Specification Value
Measurement Element C and S
Measurement Range C: 0.000001% – 99.999999% (expandable)
S: 0.000001% – 99.999999% (expandable)
Analytical Precision C: ≤ RSD 0.5%, S: ≤ RSD 1.0%
Sensitivity 0.1 PPM
Analysis Time 25-60s (typically 35s)
Oscillation Frequency 20 MHz
Burning Power 2.5 KVA – 7.5 KVA (adjustable)
Working Environment 10°C – 30°C, 75% relative humidity
Voltage AC220V ± 5%, Frequency: 50Hz ± 2%
Communication USB data exchange technology
Conclusion
 
The QR-9000S High-Frequency Infrared Carbon and Sulfur Analyzer is a crucial tool for the aerospace industry, providing highly accurate and rapid carbon and sulfur analysis for aerospace alloys. By ensuring that materials meet stringent quality standards, it helps prevent defects and enhances the safety and performance of aerospace components. With its high precision, efficiency, and reliability, the QR-9000S is an essential investment for aerospace laboratories, research facilities, and manufacturers.
 
Aerospace Alloy Testing High Frequency Infrared Carbon And Sulfur Analyzer 0
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carbon and sulfur analyzer

carbon and sulphur analyser

carbon sulphur analyser