High throughput gravimetric dynamic vapor adsorption analyzer

DVS EndeavourHigh throughput gravimetric dynamic vapor adsorption analyzerIt is the model with the highest flux in the entire DVS series. As a 5-channel parallel weight adsorption analyzer, it can accurately control and measure temperature and relative humidity, while synchronously recording the mass changes of up to five samples with high resolution.

The instrument has the ability to pre load and automate experiments without the intervention of operators, saving valuable time and manpower for the laboratory and obtaining more results in a shorter period of time, thereby significantly reducing costs. DVS EndeavourHigh throughput gravimetric dynamic vapor adsorption analyzerEquipped with 5 sample chambers and a specially designed Ultrabalance system, the laboratory is able to measure in real-time the mass changes caused by the adsorption or desorption of water and/or organic molecules, thereby gaining a deep and accurate understanding of the adsorption kinetics of organic compounds and vapors.With the help of SMS's Speed of Sound Sensor, the partial pressure of organic vapor can now be directly measured through DVS Endeavour. Combined with a series of modular accessories, it can provide deeper insights and more precise control throughout the experiment.

▍Product advantages:

Simultaneous measurement of five samples.

•Analysis of adsorption kinetics of organic vapor and water vapor.

•Perform organic vapor adsorption analysis under a constant relative humidity (RH) background.

•Real time measurement and precise control of organic vapor partial pressure.

Measurement of adsorption isotherms of water vapor and organic vapor within a temperature range of 10 ° C to 70 ° C.

The sample can be dried in situ at a temperature of up to 200 ° C.

•Optional color video microscopy system.

•realTrue 'zero' humidity drying under 0.0% RH conditions.

▍Product Application:

•Analysis of inter batch differences

•Water vapor adsorption isotherms and adsorption kinetics

•Determination of amorphous content

•Research on the formation of hydrates/solvates

•Polycrystalline identification and characterization

•Diffusion and permeability analysis