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Pyrotek Decidamp® CLA – High-performance constrained layer acoustic damping for marine and industrial applications

by Pyrotek on 07/05/2026 2:17 AM

Pyrotek

Decidamp® CLA is a high-performance constrained layer acoustic damping system engineered to significantly reduce structure-borne noise and vibration in demanding environments.

Designed for application to metal substrates in a sandwich configuration (steel–viscoelastic core–constraining layer), Decidamp CLA effectively converts vibrational energy into low-level heat, delivering exceptional acoustic performance across a broad temperature and frequency range.

The system is particularly well suited to marine, offshore, transport, and industrial applications where noise control, durability, and fire performance are critical.

By targeting vibration at its source, Decidamp CLA improves onboard comfort, enhances operational performance, and supports compliance with stringent acoustic standards.

Decidamp CLA is engineered for reliable adhesion to steel, aluminium, and other metallic substrates. Its robust construction ensures long-term performance in harsh operating environments while maintaining structural integrity without shrinking or cracking during cure.

Applications:
    • Marine hulls, decks, and bulkheads
    • Machinery spaces and engine rooms
    • Offshore platforms
    • Rail and transport structures
    • Industrial enclosures and equipment housings

Key Features:
    • High-performance constrained layer damping system
    • Substantial reduction of structure-borne noise and vibration
    • Effective across a wide temperature and frequency range
    • Excellent adhesion to metallic substrates
    • Durable, long-lasting performance in demanding environments
    • Supports compliance with marine and industrial fire standards

By integrating Decidamp CLA into structural designs, operators can improve acoustic comfort, reduce fatigue-related vibration issues, and enhance overall system longevity.

For additional information please visit www.pyroteknc.com

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