Every product is built around measurable noise reduction, structural isolation, and long-term durability under continuous turbine generator loads.
Multi-layer acoustic foam and mass-loaded vinyl panels encased in steel frames. Quick-lock connectors allow flexible configuration around irregular turbine layouts. Reduces airborne noise by up to 35 dB in continuous operation.
Reactive silencer with internal baffles and acoustic packing. Designed for high-flow exhaust streams from turbine generators and industrial compressors. Achieves 40 dB attenuation without measurable backpressure, built from corrosion-resistant stainless steel.
Dense elastomeric mat made from recycled rubber and polyurethane blend. Decouples heavy machinery from building structures, reducing transmitted vibration by 90%. Custom thicknesses available for specific load requirements.
Field measurement of existing noise levels and vibration frequencies using calibrated equipment. Reports include frequency spectrum analysis and recommended treatment zones for turbine generator enclosures.
Existing enclosures and exhaust paths can be retrofitted with upgraded acoustic materials without full replacement. Fabrication tolerances match original equipment dimensions for seamless integration.
Our engineers measure existing turbine generator noise levels and structural vibration paths at your facility. This data defines the required attenuation targets.
We model the enclosure layout, muffler sizing, and mat thickness using proprietary simulation software. You receive a detailed plan with expected dB reduction per zone.
Each partition panel, exhaust muffler, and foundation mat is fabricated in our workshop. Multi-layer foam, mass-loaded vinyl, and recycled rubber compounds are assembled to specification.
Our crew installs the modular partitions using quick-lock connectors, mounts the muffler on the exhaust stack, and places the vibration-absorbing mats under the generator base.
We conduct a final sound level survey and vibration transmissibility test. A compliance report is handed over, confirming noise reduction meets your operational limits.
Straightforward answers about our acoustic enclosures, exhaust mufflers, and vibration mats for turbine generator noise control.
Our Modular Noise-Reduction Partition System typically achieves a 35 dB reduction across the frequency range of turbine generator noise. Actual performance depends on room acoustics and installation sealing, but field measurements consistently meet or exceed that figure in continuous operational loads.
No. The reactive silencer design with internal baffles and acoustic packing dissipates sound energy without creating significant backpressure. We test each unit to ensure pressure drop stays below 2% of the system’s operating pressure, so your turbine generator maintains its rated airflow.
For a 10-ton static load, we recommend a 50 mm thick Vibration-Absorbing Foundation Mat. That thickness provides 90% vibration isolation while keeping compressive strain under 5%. We can supply custom thicknesses up to 100 mm for heavier machinery or stricter isolation targets.
Yes. Each panel uses quick-lock connectors, so you can disassemble and rearrange the layout without tools. The steel frame and multi-layer acoustic foam are designed for repeated handling without performance loss.
Our High-Velocity Exhaust Muffler is built from corrosion-resistant stainless steel with replaceable acoustic packing. In continuous operation at 500°C exhaust temperature, the unit lasts over 10 years before packing replacement is needed. The steel shell itself has an indefinite service life under normal conditions.
We offer remote installation guidance included with every order. For larger projects, we can arrange on-site supervision by our engineering team. Contact us at info@vocaltalent.com or call +91 91 22051445 to discuss your site requirements.