Thermal Expansion Coefficient Tester
Published: 3/14/2025
The Thermal Expansion Coefficient Tester DIL0809PC measures changes in material dimensions as a function of temperature with high reproducibility due to its differential sensor design. It is primarily used in ceramic, metal, polymer, and refractory materials research for applications including optimizing thermal processing and studying phase transitions.
Product Description
The Thermal Expansion Coefficient Tester DIL0809PC features a user-friendly horizontal design allowing easy sample loading and operation, even for non-ideal sample sizes. The device is equipped with a thermocouple placed close to the sample for temperature measurement, ensuring measurement repeatability without the need for additional thermal equilibrium equipment. The system is capable of measuring solid, molten metal, powder, and coating samples while observing dimension changes as a function of temperature or time.
Applications are diverse, ranging from inorganic ceramics and metal materials to plastics and refractory composites. The instrument complies with ASTM and DIN standards, suitable for linear expansion, glass transition detection, and thermal treatment optimization studies. It also offers automatic features for compensation calculations and dynamic adjustments during sintering processes.
Aided by differential sensor technology and a broad temperature range, this dilatometer supports both research and industrial quality control tasks, with software capabilities including rate-controlled sintering options to optimize sample shrinkage rates. The tester facilitates automatic data recording, storing, and printing of temperature-expansion coefficient curves.
Technical Specifications
| Parameter | Specification |
|---|---|
| Temperature Range | RT to 1000°C, 1400°C, 1600°C selectable |
| Heating Rate | 0-30°C/min adjustable, temperature control accuracy ±1°C |
| Expansion Coefficient Computation | Automatic |
| Compensation Coefficient Calculation | Automatic, with manual adjustment possible |
| Data Recording And Storage | Automatic with print capability for temperature-expansion coefficient curves |
| Atmosphere Capability | Customizable for atmosphere or vacuum environments, 0.1MPa |
| Expansion Measurement Resolution | 0.1μm, accuracy 0.2μm |
| Thermal Expansion Coefficient Resolution | 0.001 × 10^-6/°C, system measurement error ±0.1% |
| Sample Size Range | (2-15) × (2-15) × (20-50) mm, square or round |
| Transmission Accuracy | High |
| Software Features | Includes analysis for linear expansion, glass transition, softening point, phase transitions, anisotropy |
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