Isovation manufactures and assembles its products with the most suitable materials to combine thermal performance, mechanical resistance, flat delivery and respect for the environment.

Our Research & Development department strives to find new materials and new processing and manufacturing techniques and using innovative materials.
Materials can be innovative through their technicality, their performance, but also the respect for the environment. For the coming year, we are focusing our research on “cleaner” materials: from recyclable to bio-based material, to compostable.
Here is the goal for 2021: to offer you a range of themal packaging that is part of a circular economy approach.

Our developments in recent years:

Nos développements ces dernières années :

fabricant emballage isotherme matériaux innovant


fabricant d'emballage isotherme Isostrat

Thickness : 3mm, 4mm or 5mm

Coefficient of thermal conductivity* :

λ = 0.031 W/m.K

PS mono-material complex

matériau pour emballage isotherme Ecostrat

Thickness : 3mm, 4mm or 5mm

Coefficient of thermal conductivity* :

λ = 0.027 W/m.K

Extruded and expanded PS

fabricant d'emballage isotherme recyclable XPS

Thickness : 20mm, 30mm, 40 mm or 60mm

Coefficient of thermal conductivity* :

λ = 0.034 W/m.K

Vacuum insulation panels

emballage isotherme VIP

Standard thickness : 30mm and other thickness available

Coefficient of thermal conductivity* :

λ = 0.004 W/m.K

100% recycled foam

Heat reflection


Foldable (flat packed delivery)

Mono-material : 100% recyclable


Foldable (flat packed delivery)

100% recyclable

Better performance than EPS (expanded polystyrene)

Ecologically better than PU (polyurethane)

Not friable

Panels (flat placked delivery)

Very high thermal performance : 30mm VIP = 210mm XPS

Mechanical resistance due to the exterior layer of 5mm PU

Not friable

Panels (flat placked delivery)

*Plus le coefficient de conductivité est faible, plus la performance de l’isolant est élevée