PhonoShield® Visco 3 SA - Barrier Membrane - 5kg/m² - 5000 x 1200 x 2.5mm - Self Adhesive Backed*

PhonoShield® Visco 3 SA – 5000 x 1200 x 2.5mm

The PhonoShield® Visco 3 SA is a highly flexible, high-density, and high-performance EPR thermoplastic-filled viscoelastic barrier membrane with a convenient self-adhesive backing. With a surface weight of 5kg/m², it is specifically designed to reduce both airborne and impact noise, offering exceptional acoustic insulation properties for a wide range of construction applications.

Advanced Viscoelastic Properties

The PhonoShield® Visco 3 SA combines the characteristics of both viscous and elastic materials. It behaves as a material between a solid and a liquid, effectively absorbing and damping vibrations while returning to its original form when stress remains within limits. This ensures durability and consistent performance, much like an elastic band that stretches but only breaks under excessive force.

Self-Adhesive Convenience

This SA (Self-Adhesive) version is equipped with a built-in adhesive backing, enabling quick and easy installation directly onto most construction surfaces. This saves time and simplifies integration into acoustic systems, making it an ideal solution for both new builds and retrofit projects.

Key Features

• Dimensions: 5000 x 1200 x 2.5mm
• Weight: 5kg/m²
• Material: EPR thermoplastic-filled viscoelastic barrier membrane
• Self-Adhesive: Built-in adhesive for easy and direct application
• Noise Control: Effectively reduces airborne and impact noise
• Vibration Damping: Ideal for projects requiring vibration control and muting without excessive stress on materials
• Versatile Applications: Suitable for a wide range of construction and soundproofing projects

The PhonoShield® Visco 3 SA is a premium solution for achieving superior noise reduction and vibration control. Its combination of self-adhesive convenience, flexibility, and high-density performance makes it an essential material for creating quieter, more comfortable, and acoustically optimised environments.