Dilatometers

Linseis produces a wide range of single, dual, differential, quattro, quenching, deformation, laser and optical dilatometers in a temperature range from -263 ° C up to 2800 ° C. Our dilatometers are of offer highest precision and offer automated  length change measurement  of solids, powder pastes and liquids.

Our dilatometers comply with  international standards  such as eg ASTM E831, ASTM D696, ISO 11358, ISO / DIS 9924, ASTM E1131, ASTM D3850, ASTM D6375, ASTM D6370, ASTM E2550 and ASTM D3175.



Tasks and Applications

  • Determination of thermal expansion coefficient (CTE)
  • Linear thermal expansion (ΔL)
  • Sinter-temperatures and sinter steps
  • Determination of glass transition (Tg)
  • Phase changes
  • Optimization of burning processes
  • Volume changes
  • Rate Controlled Sintering (RCS)
  • Decomposition
  • Density change



Dilatometers

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DIL L75 PT Horizontal...

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The horizontal dilatometer DIL L75 H was developed to meet the demands of the academic community and research laboratories worldwide. With this system, thermal expansion behavior of solids, liquids, powders and pastes for a variety of applications can be precisely determined. The unique design of this system guarantees highest precision, reproducibility and accuracy. This line of instruments is capable of performing measurements under vacuum, oxidizing and reducing atmospheres.

This system can be ordered in a single, dual or differential version for even higher precision or sample throughput. Optionally the mechanical and electronic components of the dilatometer can be separated to allow measurements in a glove box.

With our automatic pressure control, the contact pressure can be continuously varied between 10 and 1000 mN, depending on the application. This feature continuously controls the selected contact pressure throughout expansion and/or shrinkage of the sample.

The following physical properties can be measured

  • CTE
  • Linear Thermal Expansion
  • Alpha Physical
  • Sintering Temperature
  • Phase Transformations
  • Softening Points
  • Decomposition Temperatures
  • Glass Transition Temperatures