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Fire Resistant Acoustic Aluminum Honeycomb Ceiling Panel for Commercial Buildings

Basic Properties

Place of Origin:Zhejiang, China
Brand Name:SONSILL
Certification:CE certificate
Model Number:N/A

Trading Properties

Minimum Order Quantity:500 square meter per color
Price:$4.9~$10.9/square meter
Standard Packaging:pallet packing
Delivery Time:15-20days
Payment Terms:T/T,L/C
Supply Ability:60 containers one month
Specifications
Product Name: Fire Resistant Acoustic Aluminum Honeycomb Ceiling Panel For Commercial Buildings Size: 1220*2440*7mm Or 1220*2440*9mm
Material: Aluminum Color: Choose Our Colors Or Customized Colors
MOQ: 500 Square Meters Per Color Usage: Indoor Ceiling Decoration
Application: Office Building, House Decoration, Commercial Buildings Installation: Easy Installation
Package: Pallet Packing Delivery Time: 25-30 Days For Full Containers
Highlight

fire resistant acoustic ceiling panel

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aluminum honeycomb ceiling panel

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commercial building ceiling panel

Product Description
Fire Resistant Acoustic Aluminum Honeycomb Ceiling Panel for Commercial Buildings
Product Overview

The Fire Resistant Acoustic Aluminum Honeycomb Ceiling Panel is engineered for commercial interiors where fire resistance, acoustic performance, lightweight construction, and dimensional stability are important. Its aluminum honeycomb core provides a rigid yet lightweight structure, while the panel system can be configured with acoustic materials to help manage reverberation and improve indoor sound comfort.

Designed for commercial buildings, this ceiling panel is suitable for offices, shopping centers, hotels, transportation facilities, educational buildings, healthcare environments, and other projects where ceiling materials need to combine functional performance with a clean architectural appearance.

The aluminum honeycomb structure offers an efficient strength-to-weight ratio, helping reduce unnecessary ceiling load while maintaining panel rigidity. Depending on the project specification, panel thickness, surface finish, perforation pattern, acoustic backing, edge treatment, and installation system can be customized for different architectural requirements.

For projects requiring verified fire-resistant performance, the final fire classification should be selected according to the complete panel construction and tested configuration. Fire performance can vary depending on the core, surface coating, acoustic backing, adhesives, and installation method. Project-specific technical documentation and test reports should therefore be reviewed before specification.

Fire resistant acoustic aluminum honeycomb ceiling panel installation in commercial building
Key Features
  • Fire-Resistant Construction: Available in configurations designed to meet specified fire-performance requirements for commercial interior projects.
  • Acoustic Performance: Perforated or acoustically configured panels can incorporate sound-absorbing backing to help reduce reverberation and improve indoor acoustic comfort.
  • Aluminum Honeycomb Core: Provides structural rigidity with relatively low weight, supporting efficient ceiling construction.
  • Commercial Building Application: Suitable for offices, hotels, retail spaces, airports, schools, hospitals, and other public or commercial interiors.
  • Dimensional Stability: The rigid honeycomb structure helps maintain panel flatness and stability under normal indoor service conditions.
  • Architectural Surface Options: Available with different colors, coatings, perforation patterns, textures, and finishes to coordinate with interior design concepts.
  • Project Customization: Panel dimensions, thickness, edge profiles, surface treatment, acoustic configuration, and installation details can be developed according to project requirements.
Technical Parameters
Product Attribute Typical Specification
Product Type Aluminum Honeycomb Ceiling Panel
Core Structure Aluminum Honeycomb Core
Main Material Aluminum
Surface Finish Powder Coating, PVDF, or Other Specified Finish
Acoustic Configuration Perforated Panel with Acoustic Backing
Fire Performance Available according to specified tested configuration
Panel Thickness Customizable according to project requirements
Panel Size Customizable
Surface Color RAL Colors / Custom Colors
Perforation Pattern Round, Square, or Custom Pattern
Edge Profile Standard or Project-Specific
Installation Exposed / Concealed Suspension System
Application Commercial and Public Buildings
Customization Size, Finish, Color, Perforation, Core and Edge Options
Note: Technical values may vary according to the selected panel structure and project specification. Fire and acoustic performance should be confirmed through the applicable test reports for the final construction.
Aluminum honeycomb ceiling panel technical details and construction Close-up view of aluminum honeycomb ceiling panel surface Commercial building interior with installed honeycomb ceiling panels Various perforation patterns available for acoustic ceiling panels
Acoustic Performance for Commercial Interiors

In commercial buildings, ceiling surfaces can have a significant influence on the acoustic environment. Hard architectural surfaces may reflect sound, increasing reverberation in large or busy spaces. An acoustic aluminum honeycomb ceiling panel can be manufactured with perforations and acoustic backing materials to support sound absorption.

This configuration is particularly useful in open-plan offices, meeting areas, hotel public spaces, retail environments, educational facilities, and transportation buildings. The appropriate perforation rate, acoustic backing material, ceiling cavity, and installation configuration should be selected according to the required acoustic target.

Rather than relying on a generic acoustic claim, project designers should evaluate the complete ceiling assembly and request applicable acoustic test data when a specific sound absorption coefficient or rating is required.

Fire-Resistant Design Considerations

Fire safety is an important consideration when selecting ceiling materials for commercial buildings. The performance of a ceiling system depends on its complete construction rather than the aluminum facing alone.

For a fire resistant acoustic aluminum honeycomb ceiling panel, factors such as the aluminum honeycomb core, acoustic infill, coating system, adhesive, perforation configuration, suspension system, and installation method may influence the final fire performance.

For commercial projects, buyers and architects can specify the required fire classification at the quotation stage. The supplier can then recommend an appropriate construction and provide available fire-test documentation for technical evaluation.

Fire resistant ceiling panel installation in commercial space Detailed view of fire resistant aluminum honeycomb construction Commercial building corridor with fire rated ceiling system Aluminum honeycomb ceiling panel edge profile and installation details Various surface finishes available for commercial ceiling panels
Main Applications

The Fire Resistant Acoustic Aluminum Honeycomb Ceiling Panel can be considered for:

  • Commercial offices - open-plan offices, meeting rooms, reception areas, and conference facilities
  • Hotels - lobbies, corridors, conference rooms, restaurants, and public areas
  • Shopping centers - retail spaces, circulation areas, atriums, and food courts
  • Airports and transportation facilities - passenger halls, waiting areas, and circulation spaces
  • Educational buildings - classrooms, libraries, lecture halls, and administrative areas
  • Healthcare facilities - public corridors, waiting areas, and selected interior spaces
  • Corporate buildings - reception areas, boardrooms, and high-traffic common spaces
  • Public buildings - cultural centers, exhibition halls, government buildings, and other architectural projects
Commercial office space with installed aluminum honeycomb ceiling panels
Why Choose Aluminum Honeycomb Ceiling Panels?
1. Lightweight Structural Solution

The aluminum honeycomb core creates a cellular structure that combines rigidity with reduced material weight. This can make the panel easier to handle during installation and help reduce the dead load of the ceiling system compared with some heavier ceiling constructions.

2. Rigid and Stable Panel Structure

The honeycomb configuration distributes structural loads through the cellular core, helping the ceiling panel maintain its shape. This characteristic is valuable for large-format commercial ceiling designs where surface flatness and visual consistency are important.

3. Acoustic Customization

The ceiling panel can be configured with perforations and sound-absorbing backing materials. This allows architects and contractors to develop ceiling systems around specific acoustic requirements rather than using a one-size-fits-all configuration.

4. Fire Performance Options

Different commercial projects have different fire-safety requirements. The panel can be specified according to the required fire-performance standard, with the final construction selected based on applicable test results and project regulations.

5. Architectural Flexibility

Different colors, surface treatments, panel sizes, perforation designs, and edge configurations provide flexibility for modern interior architecture. The ceiling can therefore function as both a building component and an important part of the interior design.

Product FAQ
Q1: What makes an aluminum honeycomb ceiling panel suitable for commercial buildings?
Its combination of lightweight construction, structural rigidity, customizable acoustic configuration, architectural finishes, and available fire-performance options makes it suitable for many commercial interior projects. The exact specification should be selected according to the building's functional and regulatory requirements.
Q2: Is the aluminum honeycomb ceiling panel fire resistant?
Fire performance depends on the complete panel construction, including the core, acoustic backing, coating, adhesives, and installation system. Fire-resistant configurations can be developed according to project requirements. Buyers should request test documentation for the exact construction being supplied.
Q3: How does the acoustic function work?
An acoustic configuration typically combines a perforated aluminum panel with sound-absorbing material positioned behind the visible surface. Sound can pass through the perforations and interact with the acoustic backing, helping reduce reflected sound and reverberation.
Q4: Can the panel size and finish be customized?
Yes. Panel dimensions, thickness, color, surface finish, perforation pattern, edge profile, acoustic backing, and installation configuration can be customized according to architectural drawings and project requirements.
Q5: Where can this ceiling panel be used?
It is suitable for many commercial buildings, including offices, hotels, shopping centers, schools, airports, public buildings, conference facilities, and other interior spaces requiring a combination of acoustic and architectural performance.
Q6: Can you provide samples and technical documents?
Samples can generally be arranged for design and material evaluation. Depending on the selected configuration, technical documentation such as product specifications, installation information, and applicable fire or acoustic test reports can be provided for project review.
Q7: What information is needed for a project quotation?
For accurate pricing and technical recommendations, buyers should provide panel dimensions, quantity, preferred surface finish, color, perforation pattern, acoustic requirement, fire-performance requirement, installation system, and project application. Drawings or ceiling layouts are also helpful for confirming the required configuration.
Conclusion

The Fire Resistant Acoustic Aluminum Honeycomb Ceiling Panel for Commercial Buildings provides a practical solution for projects that require more than a decorative ceiling surface. Its aluminum honeycomb structure supports lightweight and rigid construction, while acoustic configurations can help improve interior sound conditions. With customizable dimensions, finishes, perforations, and installation options, the system can be adapted to different commercial architectural designs.

For projects where fire resistance and acoustic performance are critical, the recommended approach is to specify the required standards and performance targets before production. The final panel construction can then be selected and verified using the appropriate technical and test documentation. This helps architects, contractors, and distributors make a more informed material selection for commercial building applications.

For customized sizes, finishes, acoustic configurations, or project-based technical requirements, please contact us with your drawings, specifications, and estimated quantity for a tailored recommendation and quotation.

Contact Details
SONSILL HOLDING

Contact Person: Margaret

Tel: 86--15990314936

Fax: 86-0573-8778-1193

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