Dynamic Vapor Sorption Analyzer - DVS Adventure
The DVS Adventure Water Vapor Sorption Analyzer delivers high precision, humidity stability, and advanced temperature control for material and process studies.
DVS Adventure
The DVS Adventure Water Vapor Sorption Analyzer delivers high precision, humidity stability, and advanced temperature control for material and process studies.
The DVS Adventure Water Vapor Sorption Analyzer delivers high precision, humidity stability, and advanced temperature control for material and process studies.
DVS Adventure
The DVS Adventure Water Vapor Sorption Analyzer delivers high precision, humidity stability, and advanced temperature control for material and process studies.
Water Vapor Sorption Analyzer - DVS Adventure
The DVS Adventure is an advanced water vapor sorption analyzer, built to measure sorption and desorption isotherms across a wide humidity and temperature range. It excels in temperature stability and humidity performance, delivering critical insights into how samples interact with water vapor—vital for developing new materials and processes.
Humidity Performance and Stability
- High accuracy: Top humidity precision in its class; generated RH typically varies only ± 0.1% RH from the target.
True0™ RH Technology
The gravimetric sorption analyzers from Surface Measurement System uniquely offer True0™ RH.
- Extreme precision: Reaches water partial pressures as low as 0.0% RH.
- Critical applications: Essential for hydrates and compounds that dry below 1% RH, plus sorption/desorption studies at very low humidity.
Advanced Temperature Control
DVS Adventure delivers next-generation temperature control with exceptional stability throughout the instrument.
- Operating range: 5 to 85 °C.
- Precision: Typical stability at 25 °C of ± 0.02 °C.
- Avoids common issues: Reduces condensation risk in varying temperature zones, ensuring more accurate, stable humidity distribution.
Baseline Stability
With exclusive Ultrabalance™ from Surface Measurement Systems, DVS Adventure measures mass changes with impressive resolution.
- High resolution: Detects mass changes of 0.1 µg.
- Low noise: Peak-to-peak noise ≤ 0.2 µg.
Benefits of DVS Adventure
Wide-ranging advantages for scientific and industrial applications:
- Water sorption and desorption isotherms.
- In situ sample drying up to 200 °C.
- Supports multiple sorption/desorption cycles.
- Broad sample capacity: 1 mg to 5000 mg.
- Diffusion and permeability measurements.
Technical Features
Innovative Design
- Open support for easy access to the sample pan.
- Stainless steel build to minimize static charge.
Versatile Performance
- Operating temperature range: 5 to 85 °C.
- Uniform-temperature cabinet for better accuracy.
Next-Gen Software
- Full experiment control.
- Advanced data analysis tools.
Upgrade Options
- Adaptation for organic vapors and gases.
- Optional integration with IR, Raman, and video imaging.
Highlighted Applications
- Amorphous content calculations.
- In situ Raman studies.
To learn more, watch the webinar:
Dynamic Vapor Sorption (DVS) Applications for Amorphous Content Calculations & in situ Raman studies
Frequently Asked Questions about DVS Adventure
1. What is the DVS Adventure?
An advanced water vapor sorption analyzer for measuring sorption/desorption isotherms over a wide humidity and temperature range.
2. Key features
High humidity precision (± 0.1% RH), temperature control (5 to 85 °C), and mass resolution of 0.1 µg.
3. How does True0™ RH work?
It measures water partial pressures down to 0.0% RH—ideal for compounds drying below 1% RH.
4. Temperature precision?
Temperature stability of ± 0.02 °C at 25 °C.
5. Sample capacity?
From 1 mg up to 5000 mg.
6. In situ studies?
Yes; supports drying up to 200 °C plus diffusion and permeability analysis.
7. Ultrabalance™ advantages
High resolution (0.1 µg) and low noise (≤ 0.2 µg) for precise measurements.
8. Supported applications
Amorphous content, sorption/desorption cycles, in situ Raman, diffusion, and permeability.
9. Organic gases?
Yes, with upgrade options for organic vapors and gases.
10. Learn more
Watch the webinar “Dynamic Vapor Sorption (DVS) Applications for Amorphous Content Calculations & in situ Raman studies.”
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