Fireproof Acoustic Pyramid Sponge 4 cm

Fireproof Pyramid Foam, used in wedding and conference halls, cinemas, music rooms, studios, entertainment venues, shooting ranges, and many other places, provides sound insulation by ensuring balanced absorption of sound in the environment.

Fireproof pyramid foams, which also prevent the interior from being affected by external sounds, are manufactured with high-quality raw materials and advanced technology applications. Thanks to their open pores, they have high-capacity sound absorption properties.

Dimensions and Pricing

• Thickness: 40 mm | Width: 100 cm | Length: 100 cm | Price is per meter.
• 1 piece equals 1 m² | Minimum purchase is 10 m².

Fireproof Pyramid Foam 4 cm

Fireproof pyramid foams, produced from polyurethane materials with open pores and mineral-based fireproof additives, are resistant to fire and high temperatures.

In the event of a fire, they prevent dripping, do not melt, and thus act as a barrier in front of the fire, preventing its spread.

Belonging to the acoustic pyramid foam category and named for its resemblance to a triangular pyramid, fireproof pyramid foams are available in different color options.

With their flexibility, ease of application, and different color options, they can easily adapt to any space and add an aesthetic appearance to the environment. For these reasons, they are preferred in almost every setting.

Fireproof pyramid foams do not mold and are not affected by moisture. Self-adhesive options are also available. In areas with high-frequency sounds, fireproof pyramid foams alone cannot provide top-level sound insulation.

Additional materials may be required, but generally, when used alone, these products can easily provide acoustic arrangements.

The thickness and density of fireproof pyramid foams can be completely adjusted according to the space and needs and can be used both horizontally and vertically.

Fireproof pyramid foams, which can be used as ceiling, floor, and wall coverings, provide excellent sound insulation and, especially when used in workplaces, contribute to increased work efficiency.