Acoustical Products Made in USA.
PIPING NOISE
Industrial facilities depend on extensive networks of high-pressure steam, compressed air, chilled water, and specialty process piping to maintain production efficiency. As pressurized fluids move at high velocity through these systems, turbulence develops along the interior pipe wall. This turbulence generates vibration and broadband mechanical energy that radiates from the pipe surface into surrounding work areas. Without engineered treatment, these piping systems become distributed sound emitters throughout the plant.
Low-frequency energy generated by steam lines is especially problematic because it travels efficiently through structural steel, concrete slabs, and equipment supports. This structure-borne sound transmission increases cumulative background levels across production floors and adjacent administrative areas. Standard thermal insulation provides minimal airborne sound transmission reduction, leaving breakout radiation largely unaddressed.
Effective industrial pipe sound attenuation requires adding mass to block airborne radiation while incorporating vibration damping to reduce resonance. The combination of high-density barrier material and absorptive insulation reduces both radiated noise and structural vibration. This approach is critical in facilities striving to meet OSHA sound exposure limits and long-term worker safety standards.
DuctaSil® B10Lag1™ Pipe & Duct Barrier System is engineered to provide high-performance steam pipe noise reduction. The mass-loaded barrier layer limits airborne breakout sound, while the fiberglass insulation dampens vibrational energy along the pipe wall. Together, these components significantly improve overall industrial acoustic performance.
By treating steam and process piping directly, facilities reduce worker fatigue, strengthen compliance positioning, and create safer, more controlled industrial environments.
