MODULE 3: MATERIALS

Materials that have the ability to absorb sound and reduce the loudness of sound.

Materials that have the ability to reflect sound.

A dimensional fabric that offers excellent acoustical properties, unmatched fade resistance, and a fire/smoke retardant rating; it is the most basic and common acoustical material.

Polyurethane foam baffles that are the best solution for solving reverberation problems in any large space.

Lightweight, porous, open-cell, acoustic melamine foam material designed for maximum sound absorption, especially in areas where a Class 1 Fire rating is required.

The most economical acoustical material, commonly used in spaces where noise control is critical, such as studios and recording rooms.

Sound-absorbing panels that can be mounted directly to walls or ceilings using various adhesives or hook and loop fasteners, effectively addressing noise control issues with their powerful sound-absorbing properties.

Highly effective treatment for reducing sound in ceiling areas, typically suspended horizontally.

A material used to block the transmission of sound through walls, floors, and ceilings; it acts as a reflector rather than an absorber.

Ideal for noise blocking and soundproofing walls, ceilings, or any openings; commonly used inside machine enclosures or industrial equipment.

Rubber-based acoustic floor material made from recycled rubber tires, used under laminate or engineered hardwood flooring.

Pyramidal-shaped material ideal for extreme noise sources, low bass noise, impact noise, or anechoic sound chambers.

Great material for use in ceilings, providing sound absorption properties.

Material typically used to wrap noisy pipes and ducts, blocking the noise that transmits through the walls of the pipe or duct.

Not an effective noise control material.

Rubber sealant used to create an airtight seal in doors.