Low Temperature Specific Heat Tester
The DHC-II Low Temperature Specific Heat Tester uses the adiabatic method to automatically measure the specific heat capacity of solid materials at various temperatures. It is suitable for applications in material science laboratories that require precise thermal analysis of solids.
- Model
- DHC-II
- Category
- Calorimetry
- Published
- July 6, 2022
Product Description
The DHC-II Low Temperature Specific Heat Tester is designed to measure the specific heat capacity of solid materials using the adiabatic method. This instrument uses modern computing technology to provide automated testing across various temperatures, conforming to the GJB330A-2000 standard for solid materials' specific heat capacity testing. It offers precise measurement capabilities, allowing researchers and engineers to conduct thermal analysis efficiently.
Incorporating advanced technology, this instrument supports comprehensive heat capacity measurements with a wide range of applications in scientific research and industrial material testing. It provides high precision results, enabling detailed analyses of specific heat properties essential for a multitude of materials and their thermal behavior assessments.
Technical Specifications
| Parameter | Specification |
|---|---|
| Specific Heat Capacity Range | 0.05-5 kJ/(kg·K) |
| Testing Accuracy | ≤1%±0.002 |
| Testing Temperature Range | -40 to 100°C |
| Sample Requirements | Particle or powder sample volume approx. 55 cm³ |
| Calorimetry Resolution | 0.001°C |
| Calorimeter Power | Voltage: 0-24V, Resolution: 1mV; Current: 0-1A, Resolution: 0.01mA |
| Atmosphere Environment | Vacuum: -0.095MPa |
| Method | Adiabatic method |
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