ACOUSTIC HOOD

MECH BLOWERS Acoustic Hoods are specially engineered to minimise operational noise while maintaining optimum blower performance. Excessive noise in industrial environments can lead to operator discomfort, reduced workplace productivity, and long-term hearing damage. Our acoustic enclosures are designed to effectively reduce sound levels, creating a safer and more comfortable working environment that complies with industry standards.

Design Features

The acoustic hood fully encloses the blower and motor assembly within a high-performance sound-insulated enclosure. Advanced acoustic insulation materials significantly reduce noise emissions, helping achieve sound reductions of 15–20 dBA or more, depending on the operating conditions.

To ensure reliable and efficient operation, each acoustic hood is equipped with:

• High-performance sound insulation for superior noise control.
• An integrated ventilation or exhaust fan to maintain proper airflow and prevent heat build-up.
• A heavy-duty base with anchor bolt provisions for stable and vibration-resistant installation.
• Easy-access service panels for convenient inspection and maintenance.

Our acoustic hoods are available for the complete range of MECH BLOWERS blower models and are designed to meet national and international industrial noise standards.

Construction

Manufactured from high-quality, heavy-gauge pre-formed steel sheets, the acoustic enclosure offers exceptional strength, durability, and corrosion resistance. The reinforced structural framework provides long service life even in demanding industrial environments.

All access doors and panel joints are fitted with durable rubber gaskets to improve sound insulation while protecting against dust and weather exposure. The modular, bolted construction allows quick removal of panels, making routine servicing and maintenance fast, safe, and hassle-free.

MECH BLOWERS Acoustic Hoods are the ideal solution for industries requiring effective noise control, enhanced operator safety, and reliable blower performance without compromising accessibility or efficiency.