NETZSCH DIL Expedis dilatometers showcase advanced thermal analysis instruments for precise measurement of dimensional changes.

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DIL E-Learning Courses

Become an expert in Dilatometry

Dilatometry is a measurement technique to quantitatively determine the change in length or volume of a material as a function of temperature or time. This allows for the determination of the linear or volumetric coefficient of thermal expansion. Dilatometry is used in materials science, metallurgy, ceramics and polymer research to analyze the dimensional changes of materials. 

Start your journey today and turn complex techniques into practical expertise

All NETZSCH E-Learning Basic Courses are Free of Charge! The content is created by our laboratory method experts, who share their personal experiences with you.

Our courses will guide you step by step — from theory and measurement setup to sample preparation and software handling. Learn how to identify influential factors, understand thermal effects and evaluate your results with confidence.

Our E-Learning videos provide practical demonstrations to help you master thermal analysis methods, rheology and fire testing for colleges/universities, research, industry and quality control.

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Free DIL 402 Expedis® - Basic Courses

Discover all E-Learning Courses

Check out our range of E-Learning Courses for different devices and software. Learn new measurement techniques and theories in Thermal Analysis, Rheology, and Fire Testing.  See how you can easily become an expert in your lab with extensive expertise.

Explore the range of NETZSCH DIL instruments 

  • DIL 502 Expedis® Classic

    Designed for industrial applications

    • 3 Furnaces for temperatures from RT to 1600°C
    • Resolution: 2 nm
    • Measurement range: ± 5mm
    • Gas-tight
  • DIL 502 Expedis® Select

    Designed for sophisticated industrial research and contract laboratories

    • 7 Furnaces for temperatures from -180°C to 2000°C
    • Resolution: 1 nm
    • Measurement range: ± 10 mm
    • Vacuum-tight
  • DIL 502 Expedis® Supreme

    Designed for high-end research & development

    • 9 Furnaces for temperatures from -180°C to 2800°C
    • Resolution: 0.1 nm
    • Measurement range: ± 25mm
    • Vacuum-tight
  • DIL 402 Expedis® Classic

    State-of-the-art dilatometer technology

    • MultiTouch feature for an exact sample position
    • NanoEye - Unrivaled Dimension in Measuring Range and Accuracy
    • Pushrod dilatometer with furnaces up to 1600°C
  • DIL 402 Expedis® Select
    • Temperature Range: -180°C to 1600°C
    • double furnace sliding carrier
    • ΔL Resolution over the entire measuring range: 1 nm
  • DIL 402 Expedis® Supreme
    • Temperature Range: -180°C to 2000°C
    • double furnace sliding carrier
    • ΔL Resolution over the entire measuring range: 0.1 nm
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Academy & Training

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