Cryogenic refrigerator
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The top loading and unloading cryostat transmits cooling gas the sample through low temperature helium gas. A flexible cold chain link can be used between the cold head and the sample chamber; a suction port is designed on the top of the sample chamber for helium gas replenishment after the sample change and also for inflation and exhaust of helium during opening and stopping.
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Specification |
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PDCS04-T |
PDCS10-T |
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Temp. Range |
4-373K |
10-373K |
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Temp. Control Accuracy |
±0.05K |
±0.05K |
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Vacuum Degree: |
5*10-4 Pa |
5*10-4 Pa |
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Optional Specification |
Temp. Control Accuracy |
±10mK, ±5mK, ±0.05mK, ±1mK |
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Vacuum Degree: |
Ultra-high Vacuum |
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Sample Vibration |
±2μm、±100nm |
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Specification |
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Standard Specification |
Optional Specification |
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GM Cryocooler System |
Vacuum System |
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Vacuum Chamber |
Control System |
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Radiation-proof Screen |
Chiller |
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Cooling component |
Displacement Platform |
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Sample Holder |
Connector Type and Quantity |
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Supporting Structure |
Number of optical windows and materials |
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Temp. Control System |
Supporting Structure |
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16-pin Sample Lead |
Vacuum Chamber |
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Vacuum Valve Block |
Sample Holder |
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16-pin Sample Lead |
Vacuum Chamber |
Typical application areas:
Raman spectroscopy, UV/Vis/IR spectroscopy, Fourier spectroscopy,
Liquid sample
Resistivity, Hall meter test
Magneto-optical Kerr effect
Thermal electromagnetic rate test
Diamond anvil
CSIC Pride（Nanjing）Cryogenic Technology Co., Ltd.
