FIM

Fire-resistant acoustic panel with durable glass fibre facing and rear heavy mass layer. Multilayer solution for high-performance and robust sound isolation.

The AKUSTIKABSORBER FIM is a multilayer acoustic panel designed to provide high airborne sound isolation, combining sound absorption, mass and mechanical durability in a single technical product. It consists of fire-resistant Type F polyurethane foam, a durable glass fibre facing and a heavy mass layer bonded to the rear, which acts as an acoustic barrier when positioned against the supporting surface during installation.

The Type F foam provides effective sound absorption, particularly at medium and high frequencies. The external glass fibre facing mechanically reinforces the panel and protects the foam against wear, abrasion and demanding operating conditions. The rear heavy mass layer increases the surface mass of the system, helping to reduce airborne sound transmission.

This multilayer construction makes FIM particularly suitable for demanding industrial applications, acoustic enclosures, technical rooms, machinery housings and cabins where high sound isolation, effective absorption and high surface resistance are required.

FIM
TypeCodeSelf-adhesiveRw(dB)Weight/m2 (kg)
FIM-15 sheet26221-247,335
TypeCodeSelf-adhesiveRw(dB)Weight/m2 (kg)
FIM-15 A sheet26211✓247,335
TypeCodeSelf-adhesiveRw(dB)Weight/m2 (kg)
FIM-25 sheet26225-248,085
TypeCodeSelf-adhesiveRw(dB)Weight/m2 (kg)
FIM-25 A sheet26215✓248,085
Technical characteristics

Technical characteristics

  • Composition

    Fiberglass facing, M- 1 class fire-resistant absorbing polyurethane foam and 5 Kg/m2 heavy viscoelastic mass.
  • Thicknesses

    15mm 25mm

Formats

Formats

  • Sheets

    1200x1000 mm
    15mm thick, 8 Sheets per box.
    25mm thick, 5 Sheets per box.

Elastic properties
Advantages
01
Material highly resistant to abrasion and heavily soiled environments
Highly abrasion-resistant material, suitable for frequent cleaning.
02
High absorption capacity
This material is highly porous and, thanks to its high absorption capacity, reduces reflections and reverberation time in enclosed spaces.
Downloads
Technical Data Sheet
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