Humidity-controlled cooling and heating stage "Rh10002L type"
Optical microscope, microscope, laser microscope, micro FTIR, micro Raman cooling and heating stage.
The "Rh10002L model" is a stage that allows for the control of relative humidity in the sample chamber, which has been difficult until now, and enables variable temperature for samples. By strictly controlling temperature and humidity, it is possible to evaluate the hygroscopic properties of solid formulations such as granules and powders, observe changes in crystallization of food due to temperature and humidity, and examine changes in surface morphology of films and fibers. This device is easy to move and can be set up for observation with microscopes, laser microscopes, microscopic FT-IR, microscopic Raman, synchrotron facilities, etc., making it applicable for observation, measurement, and instrumentation from nano to micro scales. 【Features】 ■ No need for dry gases or other means to control humidity ■ Simply fill a bottle inside the device with pure water, and it is ready for use ■ Humidity settings are easy, requiring only the adjustment of humidity within the sample chamber ■ Flow rate and pipe temperature settings are controlled by the system ■ Easy to move *For more details, please refer to the PDF document or feel free to contact us.
basic information
【Specifications (Partial)】 ■Temperature Range: -190 to 600℃ (Recommended temperature during humidity control is room temperature to 85℃) ■Sample Size: Diameter 16mm × Height 1.5mm ■Temperature Accuracy: Above room temperature ±0.05℃, Below room temperature ±0.2℃ ■Heating/Cooling Rate Setting: 0.01 to 150℃/min or /hr ■Humidity Setting: 10 to 90% Rh (at 40℃) ■Humidity Stability: ±1℃ (at 40℃) *For more details, please refer to the PDF document or feel free to contact us.
Price range
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Applications/Examples of results
【Applications】 ■ Evaluation of hygroscopicity of solid formulations ■ Crystalline changes in food due to temperature and humidity ■ Observation of changes in surface morphology of films and fibers, etc. *For more details, please refer to the PDF document or feel free to contact us.
