Single Sample Thermal Expansion Rate Measurement Device 'DIL801/801L'
Introducing the "DIL801," which allows measurements in air, vacuum, and inert gas purge, and the "DIL801L," which is ideal for evaluating the properties of ceramic materials.
The DIL 801 is an ideal device for measuring the thermal expansion of a single sample. It allows measurements in vacuum or inert gas environments, while the DIL 801L is specialized for measurements in air. This makes it suitable for evaluating the properties of ceramic materials. The horizontally arranged furnace ensures temperature uniformity and eliminates the effects of air convection. A high-sensitivity LVDT is used to accurately measure even minute thermal expansion events. Key features: - Measurement of linear dimensional changes over a wide temperature range - Capable of measurements in vacuum, inert gas, and air - Accurate displacement measurement with high-sensitivity LVDT - Ensures temperature uniformity with a horizontally arranged furnace - Compatible with various furnaces and easily interchangeable - Accurate temperature measurement with thermocouples or pyrometers - The measurement system can be composed of materials such as quartz glass, alumina, sapphire, graphite, and tungsten.
basic information
Measurement range: -160°C to 2300°C ■ Measurement environment: Vacuum, inert gas, air ■ Furnace: Horizontal configuration, replaceable ■ Temperature uniformity: High ■ Displacement measurement: High-resolution LVDT ■ Measurement system: Quartz glass, alumina, sapphire, graphite, tungsten ■ Temperature measurement: Thermocouples, pyrometers ■ Sample: Metals, plastics, ceramics, thin samples ■ Cooling rate: Up to 100°C/min, cooling from 1400°C to 50°C in less than 10 minutes
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Applications/Examples of results
Applications: ◆ Measurement of thermal expansion and contraction ◆ Analysis of multiple temperature steps and dynamic heating rates ◆ Measurement of metal and plastic samples ◆ Analysis of thin samples ◆ High-precision measurement of dimensional changes in samples Examples of Achievements: ◇ Evaluation of thermal expansion and phase transformation characteristics of thin steel foil ◇ High-precision measurement of soft polymers, foams, and thin films ◇ Sintering measurement of powdered metals and ceramics
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