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Specifications:

Key Features and Details

Dimensions of Panels:

• Available panel dimensions are as follows: 3960 x 500 mm, 2960 x 500 mm, 2460 x 500 mm, and 1960 x 500 mm.

Thickness Options:

• The panels are manufactured in three different thicknesses: 80 mm, 100 mm, and 120 mm.

Wind Load Resistance:

• Engineered to withstand wind pressure according to the guidelines of IS 875 Part-III, 1987.

Sound Insulation Rating:

• Class A4 soundproofing ensures minimal sound transmission, making it suitable for environments requiring sound control.

Sound Absorption Capacity:

• Rated as Class B2 in terms of sound deadening properties, ensuring effective reduction of sound reverberation.

Wall Type:

• These panels consist of a double-skin insulated wall structure, contributing to enhanced acoustic and thermal performance.

Facing Sheet:

• The exterior facing sheet is composed of either plain metal, galvanized iron (GI), or aluminum, with thicknesses ranging from 0.5 mm to 1.2 mm, based on specific requirements.

Backside Sheet:

• The rear sheet is perforated, offering a variety of materials such as GI or aluminum, with perforation covering 22-46% of the surface area to optimize sound absorption.

Infill/Core Material:

• The core material is rock wool, manufactured to meet the standards of IS-8183 and BS 476. It is available in various densities and thicknesses, making it highly efficient for fire resistance and sound insulation. The rock wool is covered with fiber tissue paper to ensure fire-retardant properties.

Protective Cover:

• The infill material is laminated with water-repellent tissue paper, featuring a 50-micron thickness, which enhances its durability and protects it from moisture.

Sound Damping Layer:

• A 2 mm thick, high-density mass-loaded vinyl barrier is integrated into the panels to further reduce sound transmission.

Interlocking Joint Mechanism:

• Each panel is designed with a tongue-and-groove system, ensuring a perfect fit and creating a seamless wall surface.

Gasket:

• Neoprene rubber gaskets are placed at the joints between the panels and structure to effectively prevent noise leakage, ensuring a tight seal.

Structural Support:

• The vertical post or support structure is based on an ‘H’ profile design. Acoustic panels slide longitudinally into these profiles, allowing for easy installation.

Finishing Options:

• All metallic parts, including the surface and edges, are either galvanized, powder-coated, or painted, with the finish customizable in a range of desired colors or shades.

Key Benefits

• Reduction of Residual Noise: These panels are specifically designed to minimize residual sound, making spaces quieter and more conducive to work or leisure activities.
• Enhanced Sound Clarity: By reducing unwanted echoes, the panels contribute to improved sound intelligibility within the space, ensuring clear and distinct audio.
• Dual Role as Absorbers and Diffusers: These panels not only absorb sound but also diffuse it, making them versatile in managing various sound frequencies.
• Absorption of Unwanted Frequencies: The panels effectively absorb noise and vibrations that are disruptive, creating a more acoustically pleasant environment.
• Improved Aesthetics: Beyond functionality, these panels can also enhance the visual appeal of walls, blending seamlessly into the overall design.
• Wide Range of Sound Frequencies Absorbed: With their high-density core and advanced design, the panels absorb surface sound frequencies, providing comprehensive acoustic control.
• Fire Resistant: The core material’s rock wool composition ensures strong fire-resistant properties, adhering to safety standards in various settings.

Applications

These acoustic panels are versatile and can be used in a wide range of environments, including but not limited to:

• Workspaces and Offices: Ideal for creating quiet and distraction-free environments, ensuring privacy and enhancing productivity.
• Conference Rooms: Essential for reducing echoes and ensuring that speech remains clear during important meetings.
• Auditoriums and Theaters: Highly effective in improving sound quality for large spaces, ensuring sound is evenly distributed.
• Churches and Religious Halls: Perfect for managing sound during ceremonies or events, improving both spoken word and music clarity.
• Libraries: Designed to minimize noise disruptions, creating a serene environment conducive to reading and study.
• Restaurants: Helpful in controlling noise levels, ensuring diners enjoy a more comfortable atmosphere.
• Hospitals: Used to create quieter spaces, contributing to patient comfort and recovery.
• Recording Studios: Essential for professional soundproofing in music and audio recording environments.
• Broadcast Studios and Control Rooms: Designed to manage sound control during broadcasts, ensuring quality audio output.
• Assisted Living Facilities: Provides noise reduction for a peaceful environment, improving the quality of life for residents.
• Food Processing and Manufacturing Plants: Helps to control noise levels in industrial settings, improving worker comfort and communication.