Our Products

Anechoic Chambers

Interior of anechoic chamber with foam wedges and mesh floor – Trishul Acoustic Solutions
Interior of anechoic chamber with foam wedges and mesh floor – Trishul Acoustic Solutions
Interior of anechoic chamber with foam wedges and mesh floor – Trishul Acoustic Solutions

Trishul Anechoic Chambers are specially designed to create an acoustically "dead" environment — eliminating echoes and minimizing all external noise. These chambers are ideal for conducting sound and vibration measurements, equipment noise testing, microphone calibration, and psychoacoustic studies where absolute acoustic accuracy is required.

Our chambers are built using modular, wedge-lined panels with high-performance absorption materials that achieve free-field conditions, simulating an open-space environment indoors.

Applications

  • Audio equipment testing (speakers, microphones, headsets)

  • Automotive and aerospace component testing

  • Noise certification for electronics and appliances

  • R&D labs for psychoacoustics and hearing aid research

  • Standards compliance testing (ISO, ANSI, IEC)

  • Sound source localization and noise mapping

Chamber Features

  • Wedge-Lined Walls & Ceiling: Foam or fiberglass wedges absorb reflections across a wide frequency range

  • Floating Floor with Wire Mesh or Grating: Allows free-field conditions above the floor plane

  • High STC Enclosure: Isolates external sound for ultra-low background noise

  • Custom Sizes & Configurations: From small test booths to full walk-in chambers

  • Integrated Quiet Ventilation Systems: Keeps the air fresh without adding noise

  • Lighting & Electrical Pre-Wiring: Silent LED fixtures and noise-isolated power systems

Why Choose Trishul

  • Tailored acoustic performance to meet ISO/IEC standards

  • Durable modular design for easy relocation or expansion

  • Expert support for compliance with testing protocols

  • Integrated solutions with anti-vibration bases and silent HVAC

  • Manufactured to deliver true anechoic conditions down to 100 Hz or lower (optional full-anechoic or hemi-anechoic types)

Contact us

Get in touch with our experts team

Contact us

Get in touch with our experts team

Contact us

Get in touch with our experts team