AISFÓN PT Soundproofing Panels

AISFÓN PT panels are modular absorbing panels used for the acoustic conditioning of buildings.

Manufactured using trays of pre-lacquered white (with optional RAL colours) galvanised steel panels. Multi-diameter perforated exterior providing superior soundproofing qualities in relation to similar products. The various diameters act upon a specific bandwidth achieving optimal results over a wide frequency range.

Interior made from medium density rock wool with a black veil protection (PT-80).

Other variables in this model come with a non-perforated tray panel (PT-70) or an absorbing sheet in combination with an absorbing material (only for ceiling fittings).  

Cada módulo tiene una anchura de 400 mm por 35 mm de espesor.  La longitud se fabrica a la  medida solicitada, con lo que se evita desperdicio de material.

This panel is used in cladding panels and as an absorbing panel for false ceilings, in order to reduce the reverberation within a building as well as attenuating, via absorption, noise in halls. In the case of cladding panels, they are always placed on an existing surface and they are very useful when installed inside machinery rooms of civil engineering. Its main function is to absorb noise.

The assembly is carried out by using steel plate in U- and Z-profiles. Installation is very easy and allows the creation of air chambers behind the panel, with a different separation, in order to diminish the required band width. 

Main advantages

Great surface resistance. As opposed to other types of linings, AISFÓN does not degrade over time; its pre-lacquered panels surface offers excellent surface resistance, maintaining its look and material properties over time. Its surface can also be easily cleaned.

Excellent absorption rate throughout the full frequency range. AISFÓN has an absorption rate in a very wide bandwidth thanks to its multi-diameter perforation.

Quick and easy fitting. Thanks to its longitudinal shape, AISFÓN makes its fitting and disassembly a great deal easier.