Coefficient of Thermal Expansion: A Crucial Material Property

The design of parts and components made of fiber-reinforced composites needs to take the coefficient of thermal expansion into account because it determines the extent to which a material changes its dimensions when heated or cooled. Thermomechanical Analysis is the perfect method to predict product performance and processing behavior. Read our contribution to the journal Kunststoffe International for an overview of applications.

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The design of parts and components made of fiber-reinforced composites needs to take the coefficient of thermal expansion into account because it determines the extent to which a material changes its dimensions when heated or cooled. Neglecting this quality criterion can have far-reaching consequences.

Our article published in the journal Kunststoffe International

We are proud to regularly contribute first-hand knowledge of plastics to the industry journal Kunststoffe International, published by Carl Hanser Verlag.

In the latest issue, we share our expertise in determining the coefficient of thermal expansion. Read in the article about:

  • The growing importance of composites in the mobility and electronics sectors
  • Thermomechanical Analysis (TMA) for studying expansion behavior
  • The incorporation of fibers in the matrix and resulting coefficients
  • Correlation between the thermal expansion and the flow field
  • Determining Time to Delamination of electronic assemblies

What TMA Measurements Can Tell About Filler Orientation in Injection Molding

Fillers have long played an important role in the polymer manufacturing industry. It is essential to measure the coefficient of thermal expansion, as it is an important property that shows how the filled material changes in length when heated or cooled. Knowledge about this material behavior is required to be able to determine important design values. Click here to read the article!

Why Knowledge About Anisotropy is Crucial when Designing High-Performance Composite Parts

There are different ways to incorporate the fiber into the thermoplastic matrix ‒ randomly oriented fibers, unidirectional continuous fibers or multi-directional fabric. The orientation of the added fibers plays an important part when it comes to part properties. Click here to read the article!

Quality Control of Electronic Assemblies Using Thermomechanical Analysis

TMA Polymer Edition Electronic Assemblies1

A major source of failure of electronic assemblies is thermal expansion and the problems it causes. To make sure that the circuit baseboards conform to a certain quality, IPC standards were put into place that require measurement of the thermal expansion, glass transition and softening point. Click here to read the article!

Unique Tool for the Prediction of Product Performance and Processing Behavior under Thermal Expansion Control

The TMA 402 F3 Hyperion® Polymer Edition

Read more about the analyzer that allows for precise determination of the coefficient of linear thermal expansion (CTE) and the glass transition temperature ‒ important properties for assuring a product’s quality. Click here to get to know the instrument!

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