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Dilatometers are used to measure the thermal expansion of a material. By measuring how much a material expands as a function of temperature, the thermal expansion co-efficient can be calculated. The thermal expansion co-efficient (typically expressed in m/m. degrees C) is a useful parameter to know if a material is going to be subject to large temperature variations in its service life. A dilatometer typically consists of a furnace to heat the test sample and a measuring device which may be mechanical or optical in nature.
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The DIL 806 optical dilatometer is an innovative and versatile instrument for thermal expansion and contraction measurements. Sample length is measured entirely without contact, making the instrument ideally suited for thin, irregularly shaped, and soft samples.
Orton offers the DIL 2016 STD dilatometer, which is often used for Thermal Dilatometer Analysis (TDA).
To maximize sample throughput, the DIL 803/803L offers two-sample simultaneous operation in a horizontal dilatometer. The DIL803/803L can also be operated with an inert reference sample for differential measurement, reducing the influence of measurement system expansion and increasing measurement accuracy under dynamic temperature conditions.
The DIL 2012 STD dilatometer available from Orton is used for Thermal Dilatometer Analysis (TDA), also called as dilatometry.
For highest measurement accuracy, the DIL 802/802L provides a truly differential measurement in a horizontal dilatometer. Measuring only the difference between the sample and the inert reference, the design of DIL802/802L negates the influence of measurement system expansion on the sample measurement.
Are higher sample throughput, direct comparison of samples, and online calibration of expansion measurements important requirements for you? With the new dilatometer DIL 402 CD we handle these tasks perfectly with our unique, new instrument concept.
Orton offers DIL 2010 STD dilatometer that is typically used for dilatometry or Thermal Dilatometer Analysis (TDA).
The TMA 801 operates in a vertical orientation, making it ideal for the analysis of sintering, RCS (rate controlled sintering), viscoelastic behavior and the determination of softening temperatures. The linear motor generates a constant throughout the experiment, ensuring that contact is maintained with the sample regardless of dimension change.
Orton dilatometers are designed to measure the dimensional changes of ceramics, glasses, metals, carbon composites, cermets, minerals, and polymers as a function of temperature.
Preiser Scientific's new 6000 Series of Plastometer/Dilatometer controllers provide for great flexibility by allowing two tests to be run with only one controller.
Suitable for the widest range of routine thermal expansion measurements, the DIL 801 and DIL801L are horizontally configured single-sample dilatometers. The DIL 801 is designed for measurements under vacuum or inert gas while the DIL 801L is designed for measurements in air, making the DIL 801L ideally suited to measuring ceramic materials which are often processed in air.
When it comes to determination of the linear thermal expansion in solids, liquids, powders and pastes as well as ceramic fibers, the DIL 402 C vacuum-tight pushrod dilatometer leaves no measurement problem unsolved.