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| | | Dilatometry (DIL), High-Temperature DSC | | |
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| | | DIL 402 C Pushrod dilatometry allows measurement of the dimensional changes of a sample as a function of temperature or time. | | |
| | | The DIL 402 C allows this over a broad temperature range in well-defined atmospheres with very high resolution and accuracy. • Temperature range: -180 ... 2000°C • Resolution: 0.125 nm/digit • Atmosphere: vacuum, oxidizing, inert or reducing gas • Vacuum: 10-4mbar • Unique c-DTA® function | | |
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| | | Coefficients of thermal expansion (CTE), glass transition temperatures and softening points are important parameters for the characterization of glass materials. Such properties can be easily measured using pushrod dilatometry. | | Determination of the shrinkage during sintering of ceramic or powder-metallurgical products can be accurately measured with dilatometers. Presented here is the sintering range of the technical ceramic silicon nitride. | | |
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| | | DIL 402 C | | |
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| | | DIL 402 E The DIL 402 E series instruments are designed for the highest temperature applications. Measurements can be carried out up to a maximum temperature of 2800°C, with pyrometer for temperature measurement and control. | | DSC 404 C Pegasus' This unique high-temperature DSC system features easily interchangeable industrial furnaces for different applications. Thanks to the design of the heating system and the automatic furnace lifting | | |
| | | Temperature range: RT ... 2800°C Resolution: 0.125 nm/digit Atmosphere: vacuum, inert or reducing gas Vacuum: 10-4 mbar Sample holder: graphite, alumina Unique c-DTA® function | | | Temperature range: -120 ... 1650°C cp measurement: -120 ... 1500°C Atmosphere: static and dynamic, inert, reducing, oxidizing Vacuum: 104 mbar Sensor: DSC-cp, DSC, DTA High precision for cp measurement | | |
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| | | DIL 402 E | | |
| | | DSC 404 C Pegasus® | | |
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