Air openings are often the weakest point in a noise...
Read MoreWelcome to our acoustic blog, where we showcase real-world projects, innovative products, and practical noise control solutions. From industrial acoustic enclosures to architectural soundproofing systems, explore how our solutions perform in actual environments. This acoustic blog is designed to give you insights, case studies, and expert knowledge to help you choose the right acoustic treatment.
Air openings are often the weakest point in a noise...
Read MoreA generator room can have heavy doors and lined walls...
Read MoreAn acoustic louvers specification is the set of acoustic, airflow,...
Read MoreAn acoustic louver is a ventilation opening that blocks, absorbs...
Read MoreAcoustic louvers design is the engineering of ventilation openings that...
Read MoreA dynamometer test cell is a purpose-built, controlled room where...
Read MoreIntro: An acoustic steel door is a heavy-duty steel door...
Read MoreBuilding a substation from scratch? Honestly, it rarely makes sense...
Read MoreSearch for “acoustic foam” and you will find thousands of...
Read MoreA generator that runs all night, a compressor next to...
Read MorePetrochemical plants don’t leave much room for error. When a...
Read MoreAsk ten plant engineers what went wrong with their last...
Read MoreAn acoustic enclosure for a prefabricated MCC room is an...
Read MoreCompressor noise doesn’t behave like the noise from a DG...
Read MoreNot every project starts with building an enclosure from the...
Read MoreWhen Crest Test Systems Pvt Ltd was setting up a...
Read MoreWheel testing rigs used for metro rolling stock generate high-intensity,...
Read MoreTesting electronic and electrical products for noise, vibration, and EMC...
Read MoreWhen it comes to testing automotive components for noise, vibration,...
Read MoreHydraulic pump test benches are notoriously loud. Between the pump...
Read MoreBlast-Resistant Modular Buildings are engineered structures designed to withstand explosive forces while protecting personnel, equipment, and operations in high-risk industrial environments.
They are widely used in oil & gas plants, chemical industries, refineries, power plants, mining sites, defense facilities, and hazardous manufacturing zones.
These buildings are designed and analyzed using advanced structural modeling and tested against international blast-resistance standards to ensure performance under extreme pressure loads.
Yes. Layouts, wall thickness, doors, windows, HVAC systems, and internal finishes can all be tailored to meet safety, operational, and regulatory requirements.