TA Instruments DIL802 Horizontal Dilatometer RT - 1500 °C (Differential) 863040.901
TA Instruments -- Item TECPIM000171328
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The TA Instruments DIL802 Horizontal Dilatometer RT - 1500 °C (Differential) 863040.901 is a precision instrument used for measuring dimensional changes in materials as a function of temperature. It is designed for testing a wide range of materials including ceramics, glasses, metals, and polymers, providing various measurements such as linear thermal expansion, coefficient of sintering temperature, shrinkage steps, phase transitions, density change, softening point, decomposition, and anisotropic behavior.
Key Features:
- High measurement accuracy with a truly differential design
- Single LVDT-sensor for precise measurements
- Suitable for dynamic temperature programs like Rate-Controlled-Sintering (RCS)
- Can be operated under vacuum or inert gas environments
- Temperature range from -160 to 1700 °C for versatility
Advantages:
- Accurate and reliable measurement of dimensional changes in materials
- Versatile testing capabilities for a variety of materials and applications
- Enhanced measurement accuracy due to the differential design
- Flexible operation under different temperature conditions
- Easy exchange of furnaces for a wide temperature range
Product Details
Overview
| Model | |
|---|---|
| Product Type | Equipment |
| Part Number | 863040.901 |
| Brand | TA Instruments |
| Gross Dimensions (WxDxH cm) | |
| Net Dimensions (WxDxH cm) | |
| Gross Weight (kg) | |
| Net Weight (kg) |
Specifications
More options are available. Please contact us for more information.
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TA Instruments
TA instruments provides innovative material characterization instruments that are widely used for research, analysis, and quality control in the evaluation of physical properties. We are the world’s leading supplier of thermal analysis, rheology, and microcalorimetry instruments, and our product areas have expanded to include thermal conductivity & diffusivity, dilatometry, rubber testing, and dynamic mechanical characterization.