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SAERfoam PU10 O10-30 Fibreglass Reinforced Polyurethane Foam
SAERfoam PU10 O10-30 Fibreglass Reinforced Polyurethane Foam
SAERfoam PU10 O10-30 Fibreglass Reinforced Polyurethane Foam
SAERfoam PU10 O10-30 Fibreglass Reinforced Polyurethane Foam
SAERfoam PU10 O10-30 Fibreglass Reinforced Polyurethane Foam
SAERfoam PU10 O10-30 Fibreglass Reinforced Polyurethane Foam
SAERfoam PU10 O10-30 Fibreglass Reinforced Polyurethane Foam
SAERfoam PU10 O10-30 Fibreglass Reinforced Polyurethane Foam
SAERfoam PU10 O10-30 Fibreglass Reinforced Polyurethane Foam
SAERfoam PU10 O10-30 Fibreglass Reinforced Polyurethane Foam
SAERfoam PU10 O10-30 Fibreglass Reinforced Polyurethane Foam
SAERfoam PU10 O10-30 Fibreglass Reinforced Polyurethane Foam

SAERfoam® PU10 O10-30 Fibreglass Reinforced Polyurethane Foam

SaerfoamPU10-1
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€69.00
€83.49 Tax incl. €69.00 Tax excl.
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SAERfoam® is our structural core material with 3D glass bridges. SAERfoam® replaces conventional core materials such as PVC, PET and balsa in an innovative manner: Ultralight foam (PU/PE/PIR) is combined with 3D glass reinforcements.

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SAERfoam® is our structural core material with 3D glass bridges. SAERfoam® replaces conventional core materials such as PVC, PET and balsa in an innovative manner: Ultralight foam (PU/PE/PIR) is combined with 3D glass reinforcements. The result is SAERfoam®, an extremely low-weight hybrid core material with mechanical properties that can be individually optimised. This offers a multitude of benefits for your production process

  1. The material characteristics can be defined as needed
    SAERfoam® - our core material for composites - can be individually configured. Strength, weight and material costs can be adjusted by changing the density and alignment of the 3D glass bridges and altering the type of foam used.
  2. Simple to process
    Even complex geometries can be formed using the cutting blade. SAERfoam® provides fissures that ensure the optimised and rapid flow of resin.
  3. Save time thanks to services and systems
    SAERfoam® offers grid patterns for simple draping and – on request – can be supplied with pre-cut contours or as a complete construction set (pre-assembled kits). SAERfoam® can be supplied as a sandwich system with multiaxial interlaid complexes and a LEO fire-resistant layer.
  4. Stronger than PVC – lighter than balsa
    For long components in particular, such as the rotor blades of wind turbines, SAERfoam® exhibits up to five times greater shear stiffness in comparison with PVC. Even compared with balsa wood, SAERfoam® still delivers better strength: SAERfoam® is significantly lighter while still maintaining the same mechanical characteristic values.
  5. Compatible with all resins
    SAERfoam® is compatible with all resins made by leading manufacturers – this has been verified in practice and during laboratory testing.
  6. Reliable delivery quality
    Certificates from Germanischer LLoyd (GL ISO 9001) and the Marine Division of Bureau Veritas (BV) confirm the highly reproducible and homogenous quality of SAERfoam® in comparison with renewable raw materials. It has therefore been verified that SAERfoam  - our core material for composites - can be supplied in large quantities and to a consistent quality standard.

SAERfoam® PU10 O10-30 is a polyurethane foam sold in sheets 1200 mm (length) x 1200 mm (width) x 10 mm (thickness).

The foam sheets are reinforced with E fibreglass bridges at -+45º.

  • Glass reinforcement 0º: 150 g/m2
  • Glass reinforcement 90º: 150 g/m2
  • Foam: 400 g/m2
  • Density of the foam: 40 kg/m3
  • Total aerial weight: 700 g/m2

Type of supply

SAERfoam® PU10 O10-30 x sheets of 1200 mm x 1200 mm x 10 mm (1,44 m2), supplied in carboard boxes

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