STV-80M micro liquid nitrogen storage cryothermostat comes with 0.4L liquid nitrogen storage space, liquid nitrogen can be easily filled through the liquid nitrogen refill port on the top, and the refill of liquid nitrogen will not affect the temperature control of the system。The thermostat has a liquid nitrogen flow control lever, which can be used to adjust the cooling capacity of the thermostat。The built-in heater and sensor cooperate with the external temperature control instrument to achieve the temperature change and control of the low temperature thermostat。STV-80M liquid nitrogen storage cryothermostat can provide continuous temperature change from 67K to 800K, which provides great convenience for scientific experiments requiring both low and high temperatures。
Microthermostats are specifically designed for microscopy, imaging and high spatial resolution photoluminescence。Typical applications include spectroscopic testing (PL spectroscopy, FTIR, and UV-Visible), electrical testing (conductivity, Hall effect), and cryogenic imaging, microscopy, and component testing。The special construction of the cryostat provides a short working distance (for high-power optical systems) and is easy to install on ordinary microscope mounts and shifting tables。
System features:
• Wide temperature range: from 80K to 500K (800K optional, 67K for pumping pressure reduction)
• The sample is cooled by heat conduction in a vacuum
• The compact design of the sample space can meet a variety of electrical or microscopic experiments with high working distance requirements
• 0.4L liquid nitrogen storage space, low temperature holding time of up to 4 hours, can be filled without affecting the experiment
• Standard 2 optical Windows with a viewing range of 25mm
• Equipped with temperature control system
• Support standard optical sample base, resistance sample base and probe sample base, a variety of sample base to choose from
• With a liquid nitrogen flow control lever to adjust the thermostat's cooling capacity
• Sample room with independent top cover design, easy to change samples
• Small size for easy integration into microscopic devices
Parameters and indicators:
