INS Acousti-Lag - 10Kg Polymeric Barrier - 2M x 1.2M x 25mm (2.4 Sqm) Acoustic Lagging

Acousti-Lag, offers offers unmatched acoustic insulation to pipes, enclosures and ductwork. Designed to meet stringent building regulations and engineered with hbarrier mass of 10Kg/m2 for maximum sound reduction, Acousti-Lag Flex by INS is the go-to choice for architects, contractors, and building owners seeking top-tier acoustic performance.

Unique Features:

• Advanced Three-Part Laminate Design: This acoustic lagging by INS is a flexible material consisting of a three part laminate, consisting of a spacer or isolating layer, a heavy mass layer and an outer frame barrier.  Each of these layers meet the Class O of the Building Regulations. This innovative design of the 10 Kg polymeric barrier effectively isolates sound, ensuring that HVAC system remains comfortably quiet and compliant with acoustic regulations.
• Fire Resistance: Acoustic insulation comes with an added benefit - it is designed to resist fire and can stabilise temperature. Class 'O' ratings of this polymeric barrier creates an added sense of security.
• Versatile Use: The use of this 10Kg Polymeric barrier is not only restricted to pipes. It can be used to insulate any ductwork, enclosures and similar application that require considerable reduction in the passage of noise is required.  Acoustic lagging can be used to prevent damage to water pipes too.
• Easy Installation: Applied as a single layer treatment, this acoustic lagging is designed for a hassle-free application with integrated spacers for precise fitting. 
• Durable thermal Insulation: Apart from fire resistance and outstanding sound insulation, INS acousti-lag flex has a low thermal conductivity which helps retain and maintain heat. It is durable, made for long-term usage and is shows low toxicity. 

Applications:

This mineral wool polymeric barrier comes in 1200mm x 2000mm shee with 10Kg/m2 barrier mass. It can be used:

• As a highly effective acoustic insulation lagging for ductwork, pipes, enclosures.
• It can be used in applications where a considerable reduction in the passage of noise is required.