Thermal and Pressure Analysis System
RSC 400 AS: Thermal and Pressure Analysis System is an innovative instrument for energetic material safety and thermal risk assessment.
Product Overview
The RSC 400 AS stands at the forefront of thermal analysis and pressure measurement, offering unparalleled precision in the study of energetic materials.
Designed for both research and industrial applications, this dual sample testing calorimeter integrates advanced radiative heating control and high-throughput calorimetry to deliver accurate decomposition temperature measurements and pressure risk analysis.
It’s an essential tool for chemical stability testing, propellant and explosive material testing, and ensuring the safe storage and transportation of hazardous materials.
With its robust design and versatile applications, the RSC 400 AS is a cornerstone for SETARAM thermal analysis solutions, making it an indispensable asset for laboratories focusing on safety and efficiency.
Features & Benefits
Dual Analysis
Enhances productivity with simultaneous testing
Precise Control
For accurate decomposition measurements
Efficient Throughput
Rapid cycles without precision loss.
Key applications
- Dual Sample Testing Calorimeter: Enables simultaneous analysis of two samples, enhancing productivity and comparative studies.
- Advanced Radiative Heating Control: Guarantees precise control over the heating rate, vital for accurate decomposition temperature measurements.
- High-Throughput Calorimetry: Facilitates rapid testing cycles, ideal for labs requiring efficient throughput without compromising on precision.
- Comprehensive Pressure Measurement Instrumentation: Offers detailed pressure risk analysis with high accuracy, essential for safety assessments.
- Robust Thermal Risk Assessment Tools: Integrates cutting-edge technology to detect thermal and pressure hazards, ensuring comprehensive safety analysis.
Thermal and Pressure Analysis System Product Video
About the Thermal and Pressure Analysis System
The RSC 400 AS represents a significant leap forward in the field of thermal analysis and pressure measurement. By addressing the critical need for detailed examination of chemical stability and safety of energetic materials, this instrument offers a comprehensive solution for laboratories and industries. Its ability to perform dual sample testing not only maximizes efficiency but also provides a comparative analysis that is unparalleled in its precision and reliability.
Central to the RSC 400 AS’s functionality is its advanced radiative heating control system. This feature ensures that the decomposition temperature of materials is measured with unmatched accuracy, a crucial factor in the evaluation of chemical stability and safety. Furthermore, the incorporation of high-throughput calorimetry allows for rapid testing cycles, making it an ideal choice for facilities that prioritize both speed and accuracy.
The instrument’s pressure measurement capabilities are equally impressive. It provides detailed analysis and pressure risk assessments, essential for the safe handling and storage of propellants, explosives, and other hazardous materials. Through its comprehensive thermal risk assessment tools, the RSC 400 AS enables the detection of thermal and pressure hazards, ensuring the safety and compliance of research and industrial processes.
In essence, the RSC 400 AS is more than just an instrument; it’s a critical tool in the advancement of process safety testing analysers and energetic materials safety analysis. Its versatility and precision make it an invaluable asset for those committed to the safe development, storage, and transportation of chemical materials.
"The RSC-400 AS from Setaram Solutions redefines sample characterisation,
offering advanced reactivity, safety, and calorimetry analysis
in a single, sophisticated instrument."
Product FAQ's
Yes, the RSC 400 AS is designed to analyse a wide range of materials, including both organic and inorganic compounds, making it versatile for various research and industrial applications.
The dual sample testing allows for simultaneous analysis of comparative samples, significantly improving throughput and providing a direct comparison under identical conditions.
While the RSC 400 AS is designed with user-friendliness in mind, basic training is recommended to fully leverage its advanced features and ensure safety during operation.
Absolutely, the RSC 400 AS is an essential addition to existing safety protocols, offering detailed thermal and pressure hazard detection to enhance safety measures.
Through its precise chemical stability testing and hazard analysis capabilities, the RSC 400 AS provides critical data for determining safe storage and transportation conditions for energetic materials.
Applications
Application Note 1
Application Note 2
Application Note 3
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