Quasi-Steady-State Method High-Temperature Thermal Conductivity Meter
Catalog NO.: AIMRSE-TAI-008 Category: Thermal Analysis Instruments
Quasi-Steady-State Method High-Temperature Thermal Conductivity Meter is a testing instrument based on the quasi-steady-state effective thermal conductivity measurement technique. It significantly shortens test cycles by measuring heat flow and temperature changes during heating and cooling to calculate effective thermal conductivity as a function of temperature.
| Thermal Conductivity Range | Below 1.0 W/mK |
| Measurement Accuracy | ± 7% |
| Recommended Heating Rate | 1~10℃/min |
| Temperature Range | -180℃～2000℃ |
| Test Environment | Vacuum, pressure controllable from 5Pa to 1 standard atmosphere, gas is dry air (inert gas optional). |
| Sample Size | Width 200~300 mm, length 200~300 mm, thickness 10~100 mm |
◈ Quasi-Steady-State Method: A dynamic test method that shortens test cycles, obtaining an effective thermal conductivity vs. temperature curve in under 36 hours.
◈ High-Temperature Capability: Suitable for testing up to very high temperatures.
Measurement of effective thermal conductivity for insulation materials up to high temperatures, particularly useful for materials undergoing chemical reactions during testing.
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