“The modal pads cut our compressor slab vibration by 92%. We measured the drop on the first startup — no more resonance through the concrete floor.”
Aishwarya Sumit Vaidya
Senior Engineer, Pune Plant
Why engineers trust our approach
Standard acoustic foam and fiberglass panels lose effectiveness below 250 Hz. Our technical barriers maintain an NRC of 1.05 down to 63 Hz, and our silencers attenuate exhaust noise from 63 Hz to 500 Hz. Vibration isolation pads are tuned to decouple frequencies below 20 Hz — the range where concrete slabs amplify resonance.
Every silencer and barrier is rated with field-verified insertion loss data. For a typical 200 kW compressor, our exhaust silencers deliver 20–40 dB attenuation at the duct outlet. Barriers reduce airborne noise by 25–35 dB in the compressor room. These numbers come from on-site before-and-after measurements, not simulation estimates.
Our modal frequency pads use a proprietary neoprene-rubber blend with dynamic stiffness between 0.8 and 2.5 MN/m³. When bolted under a 300 kN compressor base, they cut structural vibration transmission to the slab by more than 95% at the fundamental resonance peak. This protects both the equipment alignment and the building structure from fatigue.
Barriers and silencers are built with galvanized steel, corrosion-resistant coatings, and mineral wool that withstands 120°C continuous operation. Pads resist oil, moisture, and dust without degrading. Components are modular and field-replaceable, so maintenance does not require shutting down the entire line.
Effective: January 2025
This document outlines the measurable performance criteria and engineering standards that apply to every acoustic insulation solution we deliver. Each claim is backed by lab-tested data and field-verified results.
Our modal frequency vibration isolation pads are designed to decouple heavy compressors from concrete slab foundations, targeting structural resonance below 20 Hz. The proprietary neoprene-rubber compound achieves a dynamic stiffness range of 0.8–2.5 MN/m³, reducing vibration transmission by up to 95% at resonance. This protects both equipment alignment and building integrity over a 15-year service life.
Technical sound-absorbing barriers constructed from multi-layer mineral wool and mass-loaded vinyl deliver a Noise Reduction Coefficient (NRC) of 1.05. In typical compressor room installations, these panels reduce airborne noise by 25–35 dB, bringing ambient levels from 95 dB(A) down to 60–70 dB(A). Panels are modular, moisture-resistant, and rated for continuous use at temperatures up to 120°C.
Reactive and absorptive silencers for ventilation stacks and ducts target problematic frequencies from 63 Hz to 500 Hz. Each unit combines tuned reactive chambers with high-density absorptive baffles, achieving an insertion loss of 20–40 dB depending on configuration. Silencers handle flow velocities up to 30 m/s and static pressures of 500 Pa, with galvanized steel construction and corrosion-resistant coating for harsh industrial environments.
Our isolation pads are engineered specifically to prevent low-frequency structural resonance transfer from heavy rotating equipment to concrete slab foundations. Each pad is pre-drilled for bolting and load-rated per pad from 50 to 500 kN. The elastomeric compound maintains consistent damping properties across a -20°C to +80°C range, ensuring long-term stability in compressor stations and pump rooms.
Every installation includes pre- and post-treatment sound level measurements using Class 1 sound level meters. We provide a written performance report comparing measured results against the guaranteed attenuation values. Compliance with OSHA 29 CFR 1910.95 and local noise ordinances is documented and signed off by a licensed acoustic engineer.
Straightforward answers about our acoustic insulation products and their application in industrial environments.
Sound absorption reduces echo and reverberation within a room using porous materials like mineral wool. Soundproofing blocks sound from passing through walls, floors, or ceilings using mass and decoupling. Our technical barriers and silencers address both, depending on the installation context.
You need the static load per pad (in kN) and the dominant vibration frequency of the equipment. Our pads are rated from 50 to 500 kN and isolate frequencies below 20 Hz. For a 200 kN compressor running at 12 Hz, a pad with dynamic stiffness around 1.2 MN/m³ is typical. Contact us with your machine specs for a recommendation.
Yes. Our silencers are fabricated from galvanized steel with a corrosion-resistant coating and can withstand continuous operating temperatures up to 120°C. For higher temperatures, we offer a stainless steel variant rated to 250°C. The internal baffles are designed to maintain acoustic performance under thermal expansion.
Each panel is modular and can be mounted directly onto existing walls using supplied brackets or as freestanding partitions with a floor channel. The panels interlock with a tongue-and-groove edge. A standard compressor room of 50 m² can be fully lined by two people in one shift. No special tools are required.
Yes. Every product ships with a test report showing NRC, STC, insertion loss, or vibration transmissibility measured in accordance with ASTM and ISO standards. For example, our technical barriers achieve an NRC of 1.05 and an STC of 35. We can also provide custom simulation data for your specific room geometry.