Noise Control Malaysia

Engineered industrial noise control for equipment noise, exhaust noise, venting noise, ventilation noise, and plant boundary noise.

Acoustic Enclosure

Phoenix Noise Control supplies acoustic enclosures for Malaysian industrial facilities that need to reduce noise from machinery, generators, compressors, blowers, pumps, motors, and process equipment. An acoustic enclosure is not just a box around a noisy machine. It must reduce sound while allowing equipment to operate safely, reject heat, receive adequate airflow, and remain accessible for inspection and maintenance.

Equipment Commonly Enclosed

Compressors and Blowers

Requires attention to heat, service access, pipe penetrations, intake/discharge paths, and airflow.

Generators and Engines

Requires exhaust routing, cooling air, combustion air, acoustic louvres, and access doors.

Pumps, Motors, and Machines

Requires access for inspection, removable panels, safe operation, and operator movement.

Design Requirements

The most important enclosure design requirement is the target noise reduction. This should be defined by location: near operator position, at one meter from the enclosure, at the plant boundary, or at a neighbouring receiver.

Noise target
Required level and measurement location.

Heat and airflow
Cooling load and required ventilation path.

Penetrations
Pipes, ducts, cables, exhaust routes, and drainage.

Equipment dimensions
Footprint, service clearances, and removal path.

Access requirements
Doors, removable panels, hatches, viewing points.

Environment
Indoor, outdoor, corrosive, humid, or weather-exposed installation.

Ventilation, Access, and Maintenance

Ventilation is a major enclosure issue in Malaysia's industrial climate. Equipment that produces heat cannot simply be sealed inside an acoustic enclosure. Air inlets and outlets must be designed so equipment receives adequate airflow while noise does not escape freely. Acoustic louvres, duct silencers, and ventilation silencers may be required.

Maintenance teams need to inspect, service, remove, and replace components. Enclosures may require hinged doors, removable panels, access hatches, viewing windows, lifting points, or modular construction.

  • It can if ventilation is not designed correctly. Enclosures must include appropriate airflow paths, acoustic louvres, ventilation silencers, or forced ventilation where needed.

  • Yes. Outdoor enclosures should be designed for rain, humidity, corrosion, drainage, structural support, and maintenance access.

  • The achievable reduction depends on source noise, frequency content, enclosure construction, leakage control, ventilation openings, penetrations, and site conditions.

Ready to solve your noise challenge?

Tell us your application and we'll recommend the right solution.