Heiden Company manufactured moisture absorption and desorption measurement device.
Rapid and accurate measurement of water and other vapor absorption and desorption <Domestic service personnel available>
The IGA SORP moisture adsorption and desorption measurement device automatically measures the moisture adsorption and desorption on the surface of substances using a gravimetric method, allowing for isothermal and isochoric experiments, making it ideal for analysis in research and development as well as quality control. Using a high-precision balance, it automatically measures the moisture content under the set temperature and humidity conditions.
basic information
"Features" - Repairs and inspections are handled by domestic service personnel. - The ultra-sensitive microbalance (resolution 0.05μg), which is the heart of the device, measures sample weight as a function of humidity and temperature. - PD feedback control using temperature and humidity sensors close to the sample. - The balance is designed with an asymmetric geometry to maximize mass change and minimize noise. - Excellent thermal environment and anti-static environment. - Stable humidity control through laminar flow. - Adaptable to both water vapor and organic vapor, allowing for easy decontamination and exchange of adsorbents. - Unique cell for measuring moisture vapor transmission rate (MVTR). - Small installation footprint. "Specifications" - Maximum capacity: 5g (including weighing pan). - Measurement range: 25/200/1000mg (range switchable). - Balance analysis capability: 0.05μg at 200mg range. - Humidity setting range: 0–95% rh (the humidity range varies depending on the set temperature). - Temperature setting range: 5–45℃ (IGA SORP type) or 5–85℃ (IGA SORP CT type).
Price information
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Delivery Time
Model number/Brand name
IGA Sorp
Applications/Examples of results
"Application" - Analysis of isothermal adsorption and desorption amounts and adsorption rates - Cycle measurement of temperature and humidity changes, product lifecycle research - Moisture content measurement - Hydration-dehydration analysis - Research on permeability and diffusion - Detection analysis of crystal-amorphous phase transitions
