Acoustic Panels for Walls & Ceilings

PackSound acoustic panels absorb echo and reverberation in offices, studios, auditoriums, classrooms and homes. Choose fabric, wood, PET, foam and ceiling systems with NRC 0.70 to 0.95, made in India and installed across 1,900+ projects.

NRC 0.70–0.95Sound absorption
Class A / Class 1Fire-rated options
12–100 mm thickWalls & ceilings
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Acoustic panels for walls and ceilings by PackSound
Acoustic Panels for Walls & Ceilings
By Packsound | Ecotone Acoustic Limited

Types of Acoustic Panels

India’s Leading Acoustic Panel Manufacturer | 1900+ Projects Delivered Across India

Sound absorptionNRC ratings from 0.70 to 0.95
Custom fitSizes, shapes & finishes
Wall + ceilingPanels, baffles & clouds
Acoustic wall panels

By Packsound | Ecotone Acoustic Limited
India’s Leading Acoustic Panel Manufacturer | 1900+ Projects Delivered Across India

Metal Ceiling Tile

Metal Ceiling Tile

Acoustic Baffles

Acoustic Baffles

Acoustic Clouds

Acoustic Clouds

Soft Fiber Ceiling Tile

Soft Fiber Ceiling Tile

FeatherLite Ceiling Tile

FeatherLite Ceiling Tile

AirLite Ceiling Tile

AirLite Ceiling Tile

Acoustic panels are sound absorbing wall and ceiling boards made from glass wool, PET fibre, wood fibre, or perforated wood and metal cores that reduce echo, reverberation, and background noise inside a room. Packsound manufactures acoustic wall panels, acoustic ceiling panels, perforated acoustic panels, and PET acoustic panels with NRC ratings from 0.70 to 0.95, engineered for offices, studios, auditoriums, hospitals, and homes across India. If you need a fast answer: acoustic panels improve how a room sounds, they do not stop sound from entering or leaving that room. For that, you need soundproof acoustic panels or mass loaded construction, which Packsound also designs on a project basis.

What Are Acoustic Panels?

Acoustic panels are engineered boards fixed to walls or ceilings that absorb sound energy instead of reflecting it back into a room. When sound waves strike a porous or perforated surface, friction inside the material converts sound energy into a trace amount of heat, which lowers reverberation time and reduces perceived noise. This is the same absorption principle used in recording studios, cinemas, and concert halls, scaled down for offices, classrooms, and homes.

Acoustic Panels vs Soundproof Acoustic Panels: What's the Real Difference?

Acoustic panels treat sound quality inside a room. Soundproof acoustic panels, along with mass loaded barriers and sealed partitions, stop sound from crossing between rooms. Most professional projects need both, specified separately, because absorption and blocking are two different physics problems and no single thin panel solves both at once.

Types of Acoustic Sound Panels Packsound Manufactures

Perforated Acoustic Panels

Perforated acoustic panels use a wood, MDF, or metal face with a pattern of drilled holes over an absorbent backing. The perforation ratio (usually 10 to 23 percent open area) determines how much mid and high frequency sound the panel absorbs, while the backing material handles the rest. These are the most requested acoustic wall panels for corporate interiors because they combine visible wood grain with real acoustic performance.

PET Acoustic Panels

PET acoustic panels are made from recycled polyester fibre, compressed and thermoformed into rigid or semi rigid boards. They carry no glass fibre, are formaldehyde free, and suit schools, healthcare interiors, and eco certified green buildings such as LEED and IGBC rated projects. PET acoustic panels perform best above 500Hz and are frequently paired with a thicker bass trap in rooms with low frequency issues.

Acoustic Ceiling Panels and Ceiling Mounted Acoustic Panels

Acoustic ceiling panels, including baffles, clouds, and perforated tiles, are ceiling mounted acoustic panels suspended or grid mounted above the occupied space. In open plan offices and auditoriums, ceiling coverage frequently reduces reverberation faster than wall panels alone, since sound striking a hard ceiling reflects directly down onto occupants.

Compare Acoustic Panel Types

Use this table to compare PackSound acoustic panels by sound absorption (NRC), thickness, fire rating and best use. Click any panel to see full specifications.

Acoustic panelNRCThicknessFire ratingBest for
Fabric Wrapped Panels0.85–0.9525–50 mmClass A core / FR fabricOffices, auditoriums, studios
Grooved Wooden Slats0.70–0.9514–32 mmFire-retardant gradeLobbies, auditoriums, boardrooms
Perforated Panels0.65–0.9512–18 mmFire-retardant gradeConference rooms, halls
Micro Perforated Panels0.70–0.9512–18 mmFire-retardant gradePremium interiors, auditoriums
Composite Panels0.80–1.0025–75 mmFire-retardant optionsHigh-performance rooms
CNC PET Panels0.60–0.909–24 mmFire-retardant gradesOffices, schools, libraries
Wood Fiber Panels0.75–0.9515–35 mmB1 / Class BEco-friendly projects
Acoustic Foam PanelsUp to 0.9525–100 mmClass B (melamine)Studios, home theatres
Acoustic Ceiling Tiles0.60–0.9512–20 mmClass A optionsOffices with T-grid ceilings
Acoustic Baffles & Clouds0.70–0.9512–75 mmFire-rated optionsExposed or high ceilings

How to Choose the Right Acoustic Panels

1. Start with the roomOffices and classrooms need speech clarity; studios and home theatres need broadband and bass control.
2. Check the NRCChoose NRC 0.80 or higher for offices and studios so the panels make a clear difference.
3. Match the fire ratingPublic buildings, schools and hospitals need Class A or fire-retardant panels with test certificates.
4. Pick wall, ceiling or bothOpen offices and high ceilings often need ceiling tiles, baffles or clouds as well as wall panels.
5. Plan coverageMost rooms need 25–35% of wall area treated; an acoustic survey gives the exact layout.
6. Choose the finishFabric, wood veneer, PET colours or 3D designs let the panels match your interior.
Parameter Detail
NRC Range 0.70 to 0.95 (tested to ASTM E1050 / ISO 354)
Panel Thickness 12mm to 100mm depending on type
Core Materials Glass wool, wood fibre, PET, UHAVC, MDF/HDHMR
Fire Rating Class A / Class 1 (low-VOC, formaldehyde-free)
Standard Sizes 600x600mm, 600x1200mm, custom up to 1200x2400mm
Finishes Fabric, laminate, veneer, digital print, powder coat
Compliance NBC 2016 Part 8, ASTM E1050, ISO 354
Benefit Detail
Echo Reduction Cuts reverberation time by 40-70% in treated rooms
Speech Clarity Improves STI (Speech Transmission Index) in offices and classrooms
Noise Level Reduces perceived ambient noise by 6-12 dB in open-plan spaces
Productivity Acoustically treated offices show measurable reduction in cognitive errors
Aesthetics Available in premium finishes that enhance interior design, not compromise it
Durability Panels rated for 10+ years with no acoustic performance degradation
Sustainability PET panel range uses recycled polyester; wood fibre uses FSC-certified substrates
Application Recommended Panel Type
Corporate Offices / Open Plans Fabric-wrapped panels + ceiling baffles
Recording Studios High-density glass wool + bass trap corners
Conference / Boardrooms Fabric-wrapped panels + micro-perforated ceiling tiles
School / University Auditoriums Grooved wooden slat + acoustic clouds
Hospitals / Healthcare Waiting Soft fibre ceiling tiles + wall-mounted panels
Hospitality (Hotels / Restaurants) 3D luxury wooden acoustic panels (Auraluxe range)
Industrial / Manufacturing Metal perforated panels + acoustic baffles
Step Action
1 Site Acoustic Assessment – PackSound team visits site, measures existing RT60 and ambient noise levels
2 Acoustic Design Report – Target RT60 calculated per room type; panel type, coverage, and layout specified
3 Product Fabrication – Panels manufactured at facility with custom dimensions and finishes
4 Installation – Panels mounted using Z-clips, French cleats, T-grid, or wire suspension per type
5 Post-Installation Measurement – RT60 and STI re-measured to verify performance against design targets
6 Handover Documentation – As-built layout, care guide, and warranty documentation provided
7 After-Sales Support – Dedicated contact for future panel additions, replacements, or expansions
Myth Reality
Acoustic panels fully soundproof a room They absorb internal echo, they do not block external noise
More panels always means better acoustics Over-treatment kills natural sound, target RT60 matters
Foam egg-crate panels work as well as engineered panels Foam targets only high frequencies, ignores bass and mid-range
Acoustic panels must look industrial or ugly Premium wooden and fabric panels enhance interior design aesthetics
Any panel works for any frequency Bass below 250Hz needs thick (75–100mm) or corner-mounted treatment
Acoustic panels are a luxury for studios only Offices, schools, and hospitals benefit equally and often more
DIY installation gives same results as professional design Placement, coverage area, and room geometry determine outcome quality

Frequently Asked Questions

Do acoustic panels actually work for reducing noise in a room?

Yes, acoustic panels reduce internal echo and reverberation, not external noise transmission.

Acoustic panels absorb internal reflections; soundproofing panels block sound between rooms.

Typically 25-35% wall coverage, around 8-12 panels of 2×4 feet size minimum.

Yes, ceiling placement is often more effective for open-plan offices than wall-only treatment.

Wooden panels offer better broadband performance, durability, and aesthetics than foam.

For offices and studios, choose panels with NRC 0.80 or above for meaningful results.

Only thick panels (75-100mm) mounted with an air gap effectively treat low frequencies.

Only panels with moisture-resistant substrates (HDHMR, metal) are suitable for humid areas.

Professionally engineered panels range from Rs 90 to Rs 600 per square foot depending on type.

Professional acoustic design ensures correct coverage, placement, and measurable RT60 outcomes.

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