Noise Absorbing Panels Non-combustible & VOC Free from Pyrotek

Used in the most fire sensitive areas such as exitways and stairwells, Reapor gives acoustic control without fire risk

SOUNDPROOFER HANDLES TOUGH DUTY

Pyrotek Noise Control has announced a noise absorber suited to use in challenging environments.

Reapor - a soundproofing panel made from recycled glass - is not only superior in its ability to absorb noise energy but also resistant to damage or deterioration from the elements. As such, it is an outstanding noise control performer outside in the world's worst weather.

It is non-combustible, making it fire-safe. It is free of chemicals harmful to the environment. And it is recyclable.

Reapor reuses bottle glass in a process that creates glass granules whose controlled porosity gives each granule outstanding acoustic absorption in its own right. A patented process fuses the granules into a homogeneous barrier boasting exceptional absorptive performance acoustically (NRC 0.90 50 mm).

Unlike foams and polymers used for acoustic absorption, the core material of Reapor panels is naturally free of volatile organic compounds (VOCs), known to harm the environment. Further, the fusing process dispenses with the need for binders, which are also known to generate VOCs and, in the event of fire, smoke.

Being non-combustible (tested to meet DIN 4102 A1) makes Reapor the soundproofing panel of choice for today's specifiers facing tougher fire codes, particularly for schools, hospitals, aged care facilities, plant rooms, substations, exitways, smoking areas, stairwells, airports and railway terminals. This unique product, which comes in panels up to 625 x 625 x 50, will give long life outdoors and indoors. The rigid, durable material is unaffected by water. It is lightweight, workable with conventional woodworking tools, easy to clean and repair, fibre free and safe to use. Moreover, Reapor is completely recyclable.

Reapor is said to exemplify Pyrotek Noise Control's commitment to stay ahead of growing community expectations for superior soundproofing products that have zero impact on the environment throughout their life cycle.