Acoustical Products Made in USA.
Tight space acoustic retrofit focuses on reducing noise in confined mechanical rooms, vessel compartments, and restricted-access equipment areas where traditional systems won’t fit.
The most effective solution is a flexible barrier + absorber composite system that controls both sound transmission and echo—without requiring structural changes.
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In New York, facilities must comply with Occupational Safety and Health Administration (OSHA) noise limits:
- 85 dB(A) → Action Level (8-hour TWA)
- 90 dB(A) → Permissible Exposure Limit (PEL)
Why Tight Spaces Are Challenging
Across New York marine and industrial environments, mechanical spaces are:
- Packed with pumps, compressors, and generators
- Limited in clearance and access
- Built with reflective surfaces
- Operating continuously with little downtime
With noise levels reaching 80–100 dB(A), the issue isn’t just noise—it’s how to treat it in limited space.
Why Traditional Systems Don’t Work
- Thick barriers are too bulky
- Structural modifications aren’t practical
- Foam absorbs sound but doesn’t block it
- Rigid systems can’t adapt to tight layouts
Recommended Solution
AcuvaCoreâ„¢ 25 Marine Acoustic Barrier Composite
- Barrier + absorber composite
- Blocks noise and reduces echo
- Thin, flexible design
- Installs without major construction
Application in Tight Spaces
- Installed on walls, ceilings, and enclosures
- Cut around pipes and equipment
- Used as localized barrier or blanket systems
- Fully sealed for continuous performance
Results + OSHA Compliance
With proper installation:
- Noise reduced from 90–100 dB → 60–65 dB
- Reduced noise spread across compartments
- Improved worker safety and communication
- Supports OSHA compliance in New York
OSHA Requirements
- 85 dB(A) → Hearing conservation required
- 90 dB(A) → Maximum allowable exposure (8 hours)
How do you reduce noise in small mechanical rooms?
- Use a flexible barrier + absorber system
- Treat walls, ceilings, and enclosures
- Fit materials around equipment
What is the best solution for tight spaces?
- A thin composite system that combines blocking + absorption
Can noise be reduced without construction?
- Yes—retrofit systems install directly over existing surfaces
In tight spaces, success depends on:
- Low-profile, flexible acoustic systems
- Barrier + absorber performance
- OSHA-compliant noise control
AcuvaCoreâ„¢ 25 Marine Acoustic Barrier Composite provides an efficient solution for confined mechanical and marine environments in New York.
