HomeProductsACOUSTIC AND SOUND INSULATIONALUMINUM FOIL LAMINATED ACOUSTIC FOAM

ALUMINUM FOIL LAMINATED ACOUSTIC FOAM

Short description

CORDIA ALUMINUM FOIL LAMINATED ACOUSTIC FOAM

CORDIA Aluminum Foil Laminated Acoustic Foam is a high-performance insulation material that combines excellent sound absorption with superior heat-reflective properties. The aluminum foil facing helps reflect radiant heat and reduces fire exposure, while the foam core provides effective sound and vibration insulation.

To improve thermal performance, a high-quality aluminum foil layer is laminated to the front surface of the foam, reflecting heat away from the insulated area and protecting the foam from direct heat exposure.

 

Key Features

  • Moisture & Water Vapor Resistance: The aluminum foil facing prevents moisture and water vapor from penetrating the foam, helping maintain long-term performance.
  • Excellent Heat Barrier: The reflective aluminum surface minimizes radiant heat transfer and improves thermal efficiency.
  • Easy Installation: Commonly available with a self-adhesive backing for quick and convenient installation. The material is also flexible and easy to cut and shape for various applications.

Description

Technical Date :                                

Available in three density grades:

  • Light – 50 kg/m³
  • Mid – 70 kg/m³
  • Intense – 90 kg/m³

Standard Dimensions

Manufactured in sheet form.

Custom cutting is available up to:

  • Maximum Width: 1000 mm
  • Maximum Length: 2500 mm

Applications

HVAC Systems

Used on air-conditioning and ventilation ducts to reduce heat loss, prevent condensation, and improve acoustic insulation by minimizing airborne noise.

Industrial Machinery & Equipment

Ideal for compressors, generator enclosures, boilers, machinery housings, and industrial equipment where both thermal insulation and vibration/noise reduction are required.

Marine Industry

Widely used in yachts, ships, and marine engine rooms to provide superior acoustic insulation while protecting equipment from heat and moisture.