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1.Description:
This instrument uses the internationally popular heat flow meter
method to measure thermal conductivity and thermal resistance, and
is equipped with a computer to achieve fully automatic testing and
generate test reports. It is suitable for testing the thermal
conductivity of low thermal conductivity materials such as
insulation materials and refractory materials. With the addition of
a sample frame, it can also be used to test powder materials. It is
widely used in colleges and universities, research institutes,
quality inspection agencies, and factories and mines.
2.Standard
GB/T 10295-2008 (Determination of Steady-State Thermal Resistance and Related Properties of Insulation Materials - Thermal Flow Meter Method) and ASTM C518-04 - Test methods for determining steady-state heat flux and heat transfer properties using the thermal flow meter method.
3.Technical Parameter.
Thermal Conductivity | 0.0010-3.0000 W/m·K (4 decimal display) |
Accuracy | Better than 3% ±0.0005 W/m·K |
Temperature Control | |
- Hot Surface | Configurable: RT-99.99°C or RT-350.0°C |
- Cold Surface | 0-99.99°C (Resolution: 0.01°C) |
Sample Specifications | |
- Dimensions | 250 × 250 × (5-40) mm |
- Test Area | 120 × 120 mm |
- Materials | Solids, Powders |
Automated Features | |
- Pressure System | 0-1000 N (Auto-loading, speed adjustable) |
- Thickness Measurement | 0-50.00 mm (Resolution: 0.01 mm) |
Heating Plate | |
- Transfer Area | 250 × 250 mm (300 × 300 mm optional) |
- Adjustable Spacing | 0-50 mm |
Test Environment | Acrylic wind shield with side door |
Test Duration | Approx. 2 hours |