Extrusion and Complex Blends

The ambition of this research theme is to develop new technical and high-performance materials to meet the diverse needs of application sectors such as healthcare, energy, transport (automotive and aerospace), construction, clothing, and more.
For example, though not exhaustively, these new materials could include:
– self-reinforced materials for lightweighting,
– materials with thermal and electrical conductivity properties,
– materials with low thermal expansion,
– functional surfaces,
– superhydrophobic surfaces.

Examples of research projects

No projects in this research area.

Examples of platforms/equipment

No equipment in this research area.

Our other topics

Theories, Predictive Modelling and Digitalisation

Theories in the field of polymer materials focus on understanding their properties in relation to molecular structure. Predictive modelling uses scientific approaches to simulate and anticipate material behaviour under various

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Online Analysis

Online analysis is a cross-cutting theme that underpins polymerisation, extrusion and complex blending, as well as circular economy initiatives. Through continuous monitoring of chemical, physico-chemical and physical parameters, we can

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Extrusion and Complex Blends

The ambition of this research theme is to develop new technical and high-performance materials to meet the diverse needs of application sectors such as healthcare, energy, transport (automotive and aerospace),

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Polymerisation (Chemistries, Catalysis and Processes)

Polymerisation (and depolymerisation) are essential processes for both the synthesis and chemical recycling of polymers. In most cases, research focuses on yield, selectivity, and purity, aiming to avoid the formation

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