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Loose-fill insulation that is good for soundproofing irregular spaces. Often blown into wall cavities and attics.

Natural material known for its sound-absorbing properties. Ideal for use in flooring, bulletin boards, and as underlayment material.

Provides excellent sound absorption and is fire resistant. Suitable for high-temperature applications and home theaters.

Made from natural fibers, provides moderate sound insulation. Used in eco-friendly building projects and as an alternative to fiberglass.

Polyurethane or polystyrene foam can reduce echo and reverberation. Used in recording studios and around noisy machinery.

Known for thermal resistance and sound absorption. Suitable for industrial settings and where fire resistance is a priority.

A cost-effective option for constructing walls that need soundproofing. Enhanced by layers or special sound-dampening cores.

High-performance material with low density and excellent thermal insulation, which also helps to soundproof spaces. Used in specialized engineering applications and aerospace.

Effective at dampening sounds, especially high-frequency noise. Commonly used in residential and commercial buildings within walls and ceilings.

A heavy, yet flexible material that reflects sound. Used in floors, walls, and ceilings to block sound transmission.

High mass and resilience help to isolate noise, especially impact noise. Good for floors and as decoupling elements.

A sustainable and biodegradable option with good acoustical properties. Utilized in green building designs and renovations.

Eco-friendly material that offers good acoustic performance. Used in decorative applications, offices, and home interiors.

Used to reduce echo within a room rather than for soundproofing. Common in recording studios and equipment enclosures.