Let’s talk about a problem most big spaces have, but few people think about, bad sound. Places like auditoriums, cafeterias, open plan offices, gyms, and event halls all struggle with the same issue as they’re large, open, and filled with hard surfaces. That’s a recipe for echo, noise buildup, and poor speech clarity.

Clap your hands or speak, and the sound bounces around instead of staying clear and direct. In a cafeteria, that means conversations blur into background noise. In a gym, music and instructions can sound chaotic. In an auditorium, even a good speaker can be hard to understand if the sound isn’t under control.

Acoustic Panels are a common fix. They absorb sound, reduce echo, and improve clarity. But here’s the thing, wall panels alone aren’t enough in large spaces with high ceilings. Sound travels upward too, and without anything above to stop it, it just keeps bouncing off the ceiling and spilling back into the room.

That’s the real acoustic challenge. It’s not just about treating the walls. It’s about managing sound in three dimensions, especially overhead. That’s where Acoustic Ceiling Clouds come in. These are sound-absorbing panels that hang from the ceiling like floating islands. While wall panels handle vertical surfaces, Acoustic Ceiling Clouds tackle the sound that rises up. They absorb echoes from above, making them especially effective in tall, open spaces like Offices, malls, Art Galleries, public halls, Airport Terminals, Lobbies, Healthcare Facilities, Auditoriums, and more.

What Are Acoustic Ceiling Clouds Exactly?

Let’s Break It Down.

Acoustic Ceiling Clouds are flat panels that hang horizontally from the ceiling, like floating islands. Instead of being fixed directly to the surface, they’re suspended slightly below the ceiling slab. They’re typically made from sound-absorbing materials like fibreglass or polyester fibre with an NRC of up to 0.95.

What makes them especially versatile is their design flexibility. Acoustic Ceiling Clouds come in a range of sizes, shapes and colours. You’ll find them in large rectangles, circles and hexagons, making it easy to match your interior aesthetic.

You can also use PET Acoustic Panels as Acoustic Ceiling Clouds by simply laying them flat. Made from lightweight polyester fibre, these panels offer a softer visual look compared to fibreglass and come in a wide range of colours. What makes them stand out is their customisability; using CNC cutting, they can be shaped into geometric forms, curved waves, or even branded patterns. That makes them perfect for design-conscious spaces like offices, schools, and cafes, where you want to manage noise without compromising on aesthetics.

If you’re dealing with a space that has high ceilings and not much horizontal room to work with, our Acoustic Baffles are the better fit. These vertical panels hang like fins from the ceiling and absorb sound from both sides, making them especially effective in large, echo-prone areas. With 30mm thickness, they can achieve an NRC of up to 0.90, which is ideal for controlling sound in places like auditoriums, gyms, or industrial facilities.

Why Do They Work?

Sound doesn’t just move straight ahead, it travels in all directions. In large or open rooms with hard surfaces, it bounces off walls, floors, and ceilings, creating echo and noise buildup. Acoustic Ceiling Clouds help break that cycle. By hanging in the path of the sound, they absorb it where it’s actually moving. Since they’re suspended horizontally, they catch sound rising from below, like voices or music and also absorb reflections coming back down from the ceiling.

Where Can You See Them?

You’ll find these clouds in a wide range of spaces:

Open Plan Offices: where teams are working side by side and need to reduce noise distractions

Restaurants and Cafés: that want to keep conversations clear and comfortable

Auditoriums, Schools and Lecture halls: where echo can mess with speech clarity

Studios and Media rooms: where sound quality needs to be precise

Reception areas, Hotel lobbies, and Showrooms: where both design and acoustics matter

The Science: Why Acoustic Ceiling Clouds Are Effective in Large Spaces

Large rooms are usually filled with hard surfaces like glass, concrete, tile, and drywall. These don’t absorb sound, they reflect it. So when people talk or music plays, the sound keeps bouncing around, creating reverberation, that lingering echo that muddies speech and adds to background noise.

Acoustic Ceiling Clouds help by absorbing sound closer to the source. Since they hang near where sound is actually made, around desks, tables, or stages, they catch it before it has a chance to scatter. And because they’re exposed to air on both sides, they absorb sound coming from above and below. Wall panels can’t do that. In high-ceiling spaces, wall treatments often sit too far from where the sound action is. That’s where Acoustic Ceiling Clouds step in and do the job that wall panels can’t reach.

What Happens When You Skip Acoustic Treatment in Large Spaces

Here’s the reality, if you ignore acoustics in big spaces, people notice and not in a good way.

In Meeting rooms: voices bounce around, people talk over each other, and important points get lost. Poor sound = poor communication. That leads to frustration, mistakes, and wasted time.

In Restaurants or Cafés: guests get tired of shouting to be heard. Conversations die out, people leave sooner and they’re less likely to come back. That’s lost in the business, all because the room is too loud.

In Auditoriums or Classrooms: echo and background noise make it hard to follow what’s being said. Half the audience misses the message, zones out, or tunes out completely.

Bad acoustics don’t just make a space sound worse. They kill focus, cause complaints, and drain energy. People leave earlier, engage less and come away with a poorer experience, no matter how good the content, food or design is.

Why Floor and Wall Panels Aren’t Enough in Big Volumes

Wall panels are great, but only up to a point. In rooms with low to average ceilings, they do a solid job of absorbing sound that travels sideways. However, once a room exceeds 10 feet, its impact begins to decline. Why? Because sound doesn’t just move sideways, it goes up too.

In tall or open spaces, most of that sound energy rises above the treated zone and hits the bare ceiling. The result? Echo, boominess, and long reverb times, even if the lower walls are fully covered in Acoustic Panels.

And often, the walls aren’t even usable. Think glass, concrete, open shelving, there’s just no space to install treatment. That’s where Acoustic Ceiling Clouds come in. They float in the upper zone and absorb sound that wall panels can’t reach, stopping it from bouncing back down and muddying the room. In large-volume spaces, they’re not a nice-to-have; they’re essential.

How to Use Them Right: Design & Placement Tips

Hang At the Right Height

Leave some airspace between the cloud and the ceiling. That gap helps the Acoustic Ceiling Clouds absorb sound reflecting from above. But don’t hang them too low either, you want to avoid blocking lights, sprinklers, or making the space feel cramped or visually heavy.

Space Them Out Strategically

Acoustic Ceiling Clouds don’t need to cover the entire ceiling. In fact, leaving gaps between panels can improve performance by exposing more surface area to sound. Even spacing also adds rhythm and balance to the design, making the ceiling look intentional and cohesive, not like a quick fix.

Pair With Other Acoustic Treatments

Acoustic Ceiling Clouds are effective, but they’re not magic. For full sound control, you need to layer your treatments. Combine Acoustic Ceiling Clouds with wall mounted Acoustic Panels. Think of it like this: Acoustic Ceiling Clouds absorb overhead sound, and Acoustic Panels clean up sound bouncing around at ear level. Together, they cover the space from all angles and create a much more controlled acoustic environment.

Pick the Right Material and Thickness

Thicker clouds, like 30mm panels, absorb more sound, perfect for noisy spaces like gyms or cafeterias. In quieter areas like offices or libraries, these panels often do the job just fine. Always check the NRC rating. The higher the number, the better the absorption. Our Acoustic Ceiling Clouds offer an NRC of up to 0.95, meaning they can absorb up to 95% of the sound energy in a space.

Ready to Fix the Sound in Your Large Space?

If you’re dealing with a noisy, echo filled space, the right acoustic treatment can completely change how it feels and functions. But not all products work the same in every space. Ceiling height, layout, surface materials, and even how the space is used all matter when picking the right solution. That’s where our team can help.

Contact Us today to help you choose and plan the right mix of Acoustic Ceiling Clouds and wall Acoustic Panels from Amazone By Furnitech. We’ll guide you on panel sizes, thickness, layout, colour options, and material types like fiberglass or polyester everything you need to get it right the first time.

TL;DR

Large spaces like gyms, offices, lobbies, cafes and auditoriums get noisy fast. Sound bounces off hard surfaces and fills the room. Acoustic Panels help, but they’re only part of the solution, sound travels up too, especially in rooms with high ceilings. That’s where Acoustic Ceiling Clouds come in. They hang from above and absorb sound from both directions, cutting down echo and noise at the source. They work where wall panels can’t, and they look good doing it. Whether you’re designing for focus, clarity, or comfort, Acoustic Ceiling Clouds are a smart, space saving solution that actually works.

As a premier distributor of acoustic materials across the Indian sub-continent, we take pride in offering a diverse range of top-notch solutions for sound management. Our extensive selection includes Polyester Fibre Acoustic Panels, Black Fibre Glass Wool Acoustic Ceiling Tiles, Cloud Acoustic Ceiling Panels, Fabric Wrapped Acoustic Panel, Fibre Glass Wool Acoustic Ceiling Panel, MDF Acoustic Panels, Perforated Gypsum Acoustic Boards, White Fibre Glass Wool Acoustic Ceiling Tiles, and Wood Wool Acoustic Board. With a commitment to quality and customization, we provide tailored acoustic panels that cater to your unique needs and budget. Whether you’re an office owner, a school administrator, an auditorium sound engineer, an interior designer, or an architect, our products are designed to enhance sound quality and elevate the aesthetics of any space. Experience the difference with our premium acoustic solutions.

By Jayraj KanzariaIn Resources0 Comments

Built on Trust: Amazone by Furnitech’s Promise with Every Mineral Fibre Ceiling Tiles

January 26, 2025

Built on Trust: Amazone by Furnitech’s Promise with Every Mineral Fibre Ceiling Tile

Amazone by Furnitech is a leading distributor of acoustic and ceiling solutions across the Indian subcontinent, renowned for high-quality building materials that serve a wide range of clients, including architects, interior designers, town planners, builders, and sound engineers, for example, office developers and educational institutions. Backed by rigorous testing and certifications from independent bodies such as SGS and ARAI, the Mineral Fibre Ceiling Tiles from Amazone by Furnitech exemplify a dedication to enhancing sound quality and visual aesthetics in commercial and institutional spaces.

In the construction and design industry, trust and reliability in building materials are paramount. Builders and designers rely on consistent product performance to meet project specifications, timelines, and budgets. And our unwavering commitment to quality and consistency in Mineral Fibre Ceiling Tiles, reaffirming the brand as a dependable partner for construction and design projects. That’s why they are widely used in Offices, classrooms, hospitals, hotels, lobbies, retail stores, and more.

The Foundation of Trust: Amazone by Furnitech’s Commitment to Reliability

Understanding Reliability in Mineral Fibre Ceiling Tiles

Reliability in Mineral Fibre Ceiling Tiles refers to their predictable performance, durability, and consistent quality over time. For builders and designers, reliable Acoustic Ceiling Tiles must meet strict standards for physical dimensions, resistance to environmental factors, acoustic performance, and fire safety. Common concerns include moisture damage, deterioration under fire or impact, acoustic performances and inconsistencies that affect installation and appearance. A trustworthy product should excel across all these areas to support structural integrity and design intent.

Quality Assurance That Last

We ensure reliability through the quality of every product. The company adheres to industry standards such as ASTM E84 for fire safety and complies with international acoustic and durability norms. Product quality is strengthened by proprietary technologies that monitor dimensional precision and material consistency. In addition, Amazone by Furnitech delivers products that consistently perform, reinforcing its reputation for reliability and customer confidence.

What Sets Amazone By Furnitech Apart

Uniformity in Design and Dimensions

Each Mineral Fibre Ceiling Tile is engineered with precision to ensure uniformity in size, thickness, edge and texture. Typically available in standard sizes such as 595 x 595 mm, 1195 x 295mm, 1195 x 595mm, with edges options like square, tegular, and microlook, these tiles maintain dimensional tolerances within ±0.5 mm, allowing for seamless installation. Also available in different thicknesses like, 12mm, 16mm, 18mm and 20mm to match with any interior. This uniformity not only supports quick, efficient on-site assembly but also enhances the visual harmony of ceiling applications. The consistent textures like, sand, fissured, pin-hole, biyo guard and clean edges across tiles reflect craftsmanship that meets the aesthetic standards of contemporary architectural projects.

Ease of Installation and Compatibility

Our Mineral Fibre Ceiling Tiles are designed for hassle-free installation with standard suspension systems, including GI T-Grids. The precise dimensions and lightweight composition reduce labor time and effort on-site, while compatibility with widely used grid systems ensures flexibility across different project requirements. This makes the tiles a practical choice for both large commercial projects and smaller institutional spaces.

Quality That Speaks

Resistance to Common Issues

Mineral Fibre Ceiling Tiles offer several performance advantages, including moisture resistance, fire retardancy, thermal conductivity, relative humidity, light reflectance and superior acoustic properties as validated by ARAI and SGS testing on our 16mm Mineral Fibre Ceiling Tiles. They can withstand up to 96% relative humidity without warping or degradation and offer excellent thermal performance with a thermal conductivity of 0.055W/m.k. Their acoustic performance aligns with ASTM C423, achieving noise reduction coefficient (NRC) of up to 0.60. They also provide high light reflectance of 90.21% and fire-retardant characteristics are certified with a Class A rating under ASTM E84 standards, ensuring enhanced safety and compliance with building codes. Additionally, these tiles require minimal maintenance over their lifespan, making them a cost-effective choice for large-scale installations.

Premium Mineral Fibre Ceiling Tiles Composition

Mineral Fibre Ceiling Tiles are made from a carefully selected blend consisting approximately of 50-60% recycled newsprint combined with clay, perlite, starch, and fibreglass. This composition provides a balance of strength, lightweight performance, and environmental responsibility. By incorporating recycled content, we demonstrate a commitment to sustainability while delivering durable materials that perform reliably in diverse conditions. The tiles also offer excellent structural integrity and a refined acoustic profile, making it ideal for spaces that require both sound absorption and visual appeal.

Test Results That Back Every Tile

Independent Bodies Certification

Transparency and trust are reinforced through test results from independent bodies such as SGS and ARAI, both highly respected in the building materials industry. These bodies test results as mentioned earlier in the article, confirm that our 16mm Mineral Fibre Ceiling Tiles meet or exceed performance standards for fire safety, light reflectance, thermal conductivity, moisture resistance, acoustic absorption, and durability.

Industry-Standard Testing Protocols

Mineral Fibre Ceiling Tiles from Amazone by Furnitech compliance with national and international industry standards. Our 16 mm Mineral Fibre Ceiling Tiles have demonstrated excellent test results, meeting industry-standard protocols for fire resistance, noise reduction value, light reflectance, thermal conductivity, and relative humidity.

Positioning Amazone By Furnitech as a Dependable Partner

Support for Builders and Designers

Beyond product quality, Amazone by Furnitech provides technical support and dedicated customer service tailored to the needs of builders and designers. Our expert teams offer guidance on product selection, installation best practices, and acoustic design optimisation. Additionally, the flexibility in our product offerings, including various sizes, thicknesses, edges, and textures, accommodates diverse project requirements and aesthetic preferences. This comprehensive support framework ensures that clients receive not only superior products but also the assistance needed for successful project execution.

Design Versatility for Modern Spaces

Amazone By Furnitech’s Mineral Fibre Ceiling Tiles are developed to complement a wide variety of interiors, from sleek corporate offices to learning environments and healthcare facilities. With clean lines and adaptable edges, they integrate smoothly with lighting, HVAC, and other ceiling elements, helping designers create cohesive, functional spaces without compromising on acoustics or safety.

Partner with Amazone by Furnitech for Your Next Project

When you choose Amazone by Furnitech, you’re choosing Acoustic Ceiling Tiles solutions that are built on reliability and proven performance. Our Mineral Fibre Ceiling Tiles combine acoustic comfort, fire safety, and a clean, modern texture, qualities backed by tested results from SGS and ARAI. Whether you’re designing offices, classrooms, healthcare facilities, or retail spaces, our team can help you select the right size, thickness, edge, and texture to achieve your vision.

Contact Us today to request samples, review specifications, or speak with an expert about how our Mineral Fibre Ceiling Tiles can add lasting value to your project.

TL;DR

Amazone by Furnitech’s Mineral Fibre Ceiling Tiles deliver reliable acoustic performance, fire safety, and clean aesthetics for offices, classrooms, hospitals, retail stores, and more. Made from recycled content and rigorously tested by SGS and ARAI, they resist moisture, stay dimensionally stable, and install easily with standard suspension systems. With consistent quality, precise sizing, thickness, and a range of edges and textures, these tiles help builders and designers create safe, comfortable, and visually polished spaces.

By Jayraj KanzariaIn Resources0 Comments

How Amazone by Furnitech Helps You Achieve Acoustic Perfection with Fibre Glass Wool Acoustic Panels

January 19, 2025

How Amazone by Furnitech Helps You Achieve Acoustic Perfection with Fibre Glass Wool Acoustic Panels

Modern environments, be it offices, educational institutions, hospitality venues, or public spaces, face unique acoustic challenges. Open layouts, extensive use of glass, and hard surfaces contribute to excessive reverberation and noise, severely compromising comfort, productivity, and privacy. As a result, effective sound absorption and precise acoustic management have never been more important.

Enter Amazone by Furnitech, a leader in the Indian sub-continent’s acoustic solutions market. With an extensive range of high-performance acoustic products tailored to diverse noise control needs, their Fibre Glass Wool Acoustic Panels have emerged as a preferred choice among architects, designers, and end users. These panels promise more than superior acoustics; they combine design versatility, product quality, and a focus on sustainable building.

Understanding Fibre Glass Wool Acoustic Panels from Amazone By Furnitech

What is Fibre Glass Wool and its Acoustic Properties?

Fibre Glass Wool Acoustic Panels are a lightweight, porous, elastic material composed of interlaced glass fibres. Its microstructure is engineered for excellent sound absorption: sound waves entering the fibre structure are effectively trapped and dissipated, significantly reducing echo and background noise. The inherent properties of these panels ensure high Noise Reduction Coefficient (NRC) values, providing effective control over mid to high frequency sounds.

For Fabric-Wrapped Fibre Glass Wool Acoustic Panels (for instance, 1200x600mm with 25mm thickness), NRC values can reach up to 0.95, providing exceptional performance in challenging acoustical environments. In contrast, ceiling tile variants such as 595x595mm, 20mm thick, offer NRC values of up to 0.70, making them suitable for general ceiling applications where moderate sound absorption is desired. This differentiation ensures that architects and end-users can select the right product for specific needs and sector requirements.

This makes Fibre Glass Wool Acoustic Panels ideal for a wide spectrum of applications where clarity, speech intelligibility, and comfort are essential, such as conference rooms, Dubbing Studios, classrooms, Home Theatre, Railway Waiting Rooms, auditoriums, Retail Stores, Voiceover Rooms and collaborative workspaces.

Key Features of Amazone By Furnitech’s Fibre Glass Wool Acoustic Panels

Amazone by Furnitech’s Fibre Glass Wool Acoustic Panels stand out for their:

Superior Sound Absorption Capabilities: Achieve NRC values of up to 0.95 in select fabric-wrapped variants, and up to 0.70 in ceiling tile and other variants, allowing clients to tune solutions based on acoustic priorities.

Lightweight and Durable Construction: The panels are easy to handle, install, and modify, yet are built to last in commercial and public spaces.

Breathability and Thermal Insulation Benefits: Their open fibre structure not only absorbs sound but also offers a degree of thermal insulation, contributing to greater energy efficiency and occupant comfort.

Performance and Quality Focus of Amazone by Furnitech

Acoustic Performance Standards and Certifications

Amazone by Furnitech’s acoustic solutions are manufactured in compliance with the highest industry standards, ensuring reliable and consistent performance. Our fabric-wrapped variants achieve NRC values up to 0.95, and ceiling tile panels delivering NRC ratings up to 0.70. These results meet and often surpass commercial benchmarks for applications in offices, learning centres, and hospitality venues.

Quality Control and Material Excellence

Quality forms the bedrock of Amazone By Furnitech’s offering. Each Fibre Glass Wool Acoustic Panel we supply passes through strict quality control protocols. This commitment minimises variability, ensuring every panel lives up to promised acoustic specifications and finish standards, which is especially critical for large-scale and prestigious projects.

Long-Term Durability and Maintenance

Durability is integral to Amazone By Furnitech’s product philosophy. Fibre Glass Wool Acoustic Panels are engineered for resilience against sagging, moisture, and impact, and retain their performance characteristics over years of use. Their low-maintenance nature means panels are easy to clean, contributing to lower lifecycle costs and greater customer satisfaction.

Design Flexibility and Customisation Options

Custom Sizes, Shapes, and Edge Profiles

One of the hallmarks of Amazone by Furnitech is their deep commitment to customisation. Fibre Glass Wool Acoustic Panels are available in multiple standard sizes, such as 1200 x 600 mm, 2100 x 600 mm, 600 x 600 mm, and 1800 x 600 mm with 25 mm thickness and the other variants such as 595 x 595 mm, 1195 x 295 mm and 1195 x 595 mm with 15, 20 and 25mm thickness. Clients frequently request and receive bespoke dimensions to suit project needs. Edge profiles such as Square, Tegular, and Microlook can be chosen to suit ceiling or wall integration preferences, supporting precise alignment with architectural details.

Range of Finishes and Colours for Aesthetic Integration

Amazone By Furnitech offers panels in contemporary colours such as black and white, suitable for a variety of interior schemes. For Fabric-Wrapped Acoustic Panels, options extend to a broad palette of jute fabric colours or colours as supplied by the client, allowing for alignment with project brands and aesthetics. This capacity for colour customisation ensures the panels visually integrate into any interior design vision.

Tailoring Panels to Specific Acoustic Requirements

Acoustic challenges differ from project to project. Amazone By Furnitech offers guidance and panel variants tailored to the absorption characteristics demanded by each environment, be it preventing cross-talk in an open office or achieving high speech intelligibility in a classroom. This bespoke approach means no compromise between design intent and acoustic excellence.

Enhanced Acoustic Solutions Offered

Acoustic Ceiling Clouds

Amazone by Furnitech’s Acoustic Ceiling Clouds are available primarily in white fibreglass, and also in polyester fibre upon request. They come in ready-made sizes such as 1200 x 1200 mm, 1200 x 600 mm and 2700 x 1200 mm with 30mm and 40mm thickness. These panels can be manufactured in creative shapes, including circles, hexagons, rectangles, squares, waves, and curves, offering designers broad creative control to merge acoustic performance with visual interest. Mounted at strategic heights, clouds capture sound from multiple directions, efficiently countering noise in open or large-plan environments.

Acoustic Baffles

Amazone By Furnitech’s Acoustic Baffles are fabricated from fibreglass and polyester fibre and are available in standard sizes such as 2400 x 300 mm with 30mm thickness. Specifically designed for challenging open or complex spaces, such as large halls, airports, or industrial environments, where horizontal panels may not be practical. Suspended vertically, these baffles disrupt noise propagation paths, creating acoustic zones and reducing reverberation without compromising ceiling accessibility or lighting.

Acoustic Panels

Acoustic Panels, such as Fabric Wrapped Acoustic Panels from Amazone By Furnitech are available in fibreglass wool options. They combine high sound absorption with convenience and style. Available in custom sizes, thicknesses, and a variety of fabric colours (including jute fabric and client-supplied materials), they seamlessly integrate with other decor elements, serving dual functions: reducing noise and enhancing interior ambience. The lightweight yet robust construction allows secure mounting on any wall, making them suitable for boardrooms, theatres, cafes, and more.

Eco-Friendly Construction and Sustainability

Recyclability and Low Environmental Impact Manufacturing Processes

Amazone By Furnitech’s panels are engineered to be recyclable at end-of-life, supporting a circular-economy approach. The manufacturing processes are optimised to minimise emissions, waste, and resource use, with low emissions recorded during panel manufacturing, thereby reducing the ecological footprint of each project.

Use of Environmentally Responsible Materials

Sustainability is central to Amazone By Furnitech’s ethos. Our fibreglass wool products are considered safe and eco-friendly materials, incorporating responsibly sourced content that promotes healthier indoor air quality.

Contribution to Green Building Certifications

Specifying Amazone By Furnitech’s Fibre Glass Wool Acoustic Panels assists project teams in meeting criteria for recognised certifications such as IGBC and LEED. Amazon By Furnitech itself is IGBC certified, further reinforcing its credibility in sustainable construction. This complements sustainable architecture goals, making these solutions attractive to environmentally conscious clients and developers.

Applications and Benefits Across Different Projects

For Architects: Design Integration and Specification Ease

Architects appreciate the compatibility of Amazone By Furnitech’s panels with diverse construction methods and interior themes. For example, 1200x600mm and 2100x600mm Fabric-Wrapped Acoustic Panels (with high NRC up to 0.95) are ideal for offices, classrooms, and auditoriums requiring maximum acoustic control. The 595x595mm ceiling tile panels (with NRC up to 0.70) are well-suited for general office ceilings or retail settings. The straightforward specification process, backed by technical documentation and customisation, ensures the acoustic solution integrates seamlessly into new builds and renovations without design compromise.

For Interior Designers: Blending Acoustics with Aesthetics

With myriad sizes, shapes and installation methods, interior designers have complete freedom to blend sound management with interior styling. The broad range of Fabric-Wrapped Acoustic Panel colours, including jute and client-supplied fabrics, along with dramatic Acoustic Ceiling Clouds and Acoustic Baffles in custom shapes, allows acoustic functionality to become part of the design palette.

For End Users: Improved Comfort and Sound Quality

Ultimately, office workers, students, and hospitality patrons benefit from spaces that are quieter, more comfortable, and conducive to focus or interaction. High-performance Fabric-Wrapped Acoustic Panels elevate meeting rooms and classrooms, while ceiling tile panels are optimal for open offices and retail, and Acoustic Baffles and Acoustic Ceiling Clouds transform large venues such as auditoriums and banquet halls. Amazone By Furnitech’s Fibre Glass Wool Acoustic Panels deliver clarity in meetings, lower stress levels, and refined ambience across every setting.

Case Studies and Testimonials

Amazone By Furnitech’s Acoustic Panels and Acoustic Ceiling Tiles have been specified across a wide range of projects, including corporate offices, learning environments, hospitality spaces, and auditoriums throughout India. Clients consistently highlight the panels’ acoustic performance, versatility in custom sizing and fabrication, and the significant transformation they bring to space acoustics and atmosphere. Feedback commonly references ease of maintenance, durability, and eco-friendly credentials as compelling reasons for repeated specification and positive referrals.

Experience Acoustic Perfection With Amazone By Furnitech’s Panels

Amazone By Furnitech’s Fibre Glass Wool Acoustic Panels embody the convergence of acoustic science, aesthetic flexibility, and environmental stewardship. By combining tailored solutions, industry-leading performance, and stylish design, Amazone By Furnitech empowers architects, designers, and end users alike to achieve acoustic perfection with confidence.

If your project demands effective sound management without sacrificing style or sustainability, Amazone by Furnitech’s Fibre Glass Wool Acoustic Panels, and their range of Acoustic Ceiling Clouds, Acoustic Baffles, and Acoustic Panels offer a compelling, future-ready solution. Contact Us for your next project and experience the tangible difference in comfort, clarity, and creative expression.

TL;DR

Amazone by Furnitech offers Fibre Glass Wool Acoustic Panels that combine high sound absorption, design flexibility, durability, and sustainability to solve modern acoustic challenges in offices, schools, hospitality spaces, and more. These panels come in custom sizes, colours, and edges, with options like Acoustic Ceiling Clouds and Acoustic Baffles for complex spaces. They’re easy to install, low maintenance, and support green building goals. Architects, designers, and end users value them for performance, aesthetic versatility, and long-term reliability, making them a preferred choice for creating quieter, more comfortable and visually cohesive environments.

By Jayraj KanzariaIn Resources0 Comments

Why Polyester Fibre Acoustic Panels Are a Smart Choice for Transforming Indian Workspaces

January 12, 2025

Why Polyester Fibre Acoustic Panels Are a Smart Choice for Transforming Indian Workspaces

Modern Indian workspaces, especially in metropolitan centres, are increasingly adopting open-plan layouts, collaborative zones, and flexible seating to foster creativity and teamwork. While these design trends deliver visual openness and operational flexibility, they also introduce acoustic challenges.

High occupant density, frequent informal meetings, phone conversations, and HVAC noise combine to elevate background sound levels and reverberation. In many commercial buildings and co-working hubs across India, uncontrolled noise undermines privacy, reduces speech intelligibility, and contributes to employee cognitive fatigue.

Effective sound control is now a fundamental component of contemporary office design. Acoustic treatments improve speech clarity in meeting rooms, reduce distractions in focused-work zones, and help create differentiated sound environments within a single floorplate. For organisations and designers striving to balance aesthetics and performance, selecting the right acoustic solution is critical: it must deliver measurable absorption, integrate with interior concepts, and endure the practical demands of busy Indian workspaces. Among the solutions, Polyester Fibre Acoustic Panels have become the preferred option; they offer high-quality sound absorption, are lightweight, durable, and can be customised to complement any interior design.

What Are Polyester Fibre Acoustic Panels?

Composition and Manufacturing Process

Polyester Fibre Acoustic Panels are manufactured from bonded polyester fibres, forming rigid and lightweight sheets. Amazone By Furnitech offers a common sheet dimension of 2440 x 1220 mm with thickness variants of 9 mm and 12 mm. The panels are produced in a range of colours and can be precision-cut using CNC processes to produce bespoke shapes and patterns, making them highly adaptable to diverse interior designs.

Key Properties and Features

Key properties of these panels include excellent sound absorption, low weight, moisture resistance, and ease of handling. Amazone By Furnitech’s Pet Panels comes with the 9 mm variant (2440 x 1220 mm) that offers NRC values up to 0.70, while the 12 mm variant delivers NRC values up to 0.85, indicating strong performance at absorbing reflected sound and reducing reverberation. Additional practical features include durability, low maintenance needs, and the ability to be used as suspended Acoustic Ceiling Clouds by laying them flat or in custom configurations.

Benefits of Polyester Fibre Acoustic Panels in Indian Offices

Enhanced Sound Control in Open-Plan Layouts

Open-plan layouts are particularly susceptible to sound spill and reverberation. Polyester Fibre Acoustic Panels reduce echo and background noise by absorbing mid to high frequency energy that would otherwise bounce off hard surfaces. With NRC values up to 0.85 for the 12 mm panels, these products substantially improve acoustic comfort in large, shared office areas, meeting hubs, and breakout zones, supporting clearer speech and reduced auditory interference. These Panels are also ideal for classrooms, Home Theatres, auditoriums, Banquettes, Home Gym, Broadcasting Studios, cafés, Home Offices, libraries, Public Halls, hospitals and hospitality spaces where managing noise and maintaining visual appeal are equally important.

Custom Design and Aesthetic Flexibility

A major advantage of Polyester Fibre Acoustic Panels is their wide palette from Amazone By Furnitech that offers 41 colour shades for the 9 mm panels and 21 shades for the 12 mm panels, enabling designers to coordinate ceilings and walls with brand colours and interior schemes. CNC cutting allows the manufacture of custom shapes, rectangles, geometric motifs, or bespoke brand elements, so acoustic treatment becomes an integrated design feature rather than an afterthought.

Environmentally Friendly and Sustainable Materials

Polyester Fibre Acoustic Panels are noted in the product literature as using recyclable inputs and being low in VOC emissions. These attributes are helpful for healthier indoor air quality and for clients pursuing greener specifications. Where specific environmental certifications or recycled-content percentages are required, choosing manufacturers like Amazone by Furnitech adds an advantage, as the company is IGBC-certified, meaning its products are already aligned with recognised sustainability criteria and can directly contribute to green building goals under IGBC, LEED, GRIHA and similar rating systems. This not only simplifies compliance and documentation but also ensures greater reliability in meeting environmental performance benchmarks.

Durability and Low Maintenance

The polyester fibre composition provides resilience against sagging and moisture-related deformation, important qualities given the climate variability across India. These panels are lightweight and robust, simplifying installation while reducing strain on ceiling grids and suspension systems. Routine upkeep is straightforward; basic dusting or gentle cleaning maintains appearance and functionality, making these panels suitable for busy offices, co-working spaces, and technology hubs where downtime for maintenance must be minimised.

Impact on Employee Productivity and Comfort

Reducing Noise Distractions and Stress

Unwanted noise and constant interruptions are well-known contributors to reduced concentration and increased stress in office settings. International guidance and research indicate that environmental noise can affect cognition and well-being (for example, WHO guidance on environmental noise and experimental work on open-plan office noise and cognitive performance). By absorbing ambient sound and lowering reverberation, Polyester Fibre Acoustic Panels help in creating quieter acoustic environments that reduce cognitive load and auditory fatigue.

Creating Comfortable and Focused Work Environments

When acoustic treatments are carefully deployed above open workstations, around meeting pods, and in communal areas, they create acoustically distinct zones that facilitate different work modes. Designers can use coloured panels or shaped clouds to visually demarcate areas while simultaneously improving acoustic performance. These practical and aesthetic benefits together support a workplace that feels both comfortable and conducive to high-quality work.

Psychological and Health Benefits

Improved acoustic comfort has positive psychological and physiological implications documented in workplace-environment literature. While clinical outcomes depend on many factors and specific clinical claims are beyond product datasheets, reducing background noise and improving speech clarity contributes to a calmer, more comfortable atmosphere that supports employee well-being and satisfaction.

Real-World Applications in Indian Workspaces

Integration with Contemporary Interior Designs

Designers frequently integrate these panels into contemporary schemes by matching panel colours to overall palettes, creating patterned ceilings, or combining panels with other materials such as fabric-wrapped units and feature lighting. The panels’ CNC-friendly nature makes them suitable for producing decorative acoustic installations that double as visual focal points, accommodating demands for both form and function in modern Indian interiors.

Case Studies of Offices Implementing Polyester Fibre Acoustic Panels

Amazon by Furnitech positions Polyester Fibre Acoustic Panels as a core product for commercial interiors across the Indian sub-continent. The product specifications and common usage indicate widespread application in offices, co-working spaces, and IT parks.

Use in Co-Working Spaces and Startups

Co-working spaces and startups, where flexible seating, varied activity zones, and cost-effective solutions are priorities, benefit from the adaptability of Polyester Fibre Acoustic Panels. The panels’ lightweight construction, broad colour range, and CNC customisability make them ideal for quickly transforming large, open areas into acoustically functional and brand-aligned work environments without extensive structural changes.

Why Polyester Fibre Acoustic Panels Are Becoming the Standard

Comparison with Traditional Acoustic Solutions

Compared with other heavier acoustic materials, Polyester Fibre Acoustic Panels offer a combination of superior moisture resistance, a lighter weight profile, and broader aesthetic options. While traditional tiles provide acceptable acoustic performance, Polyester Fibre Acoustic Panels extend the possibilities through higher NRC values at practical thicknesses (up to 0.85 at 12 mm), a large colour spectrum, and the ability to fabricate bespoke shapes, bringing a more design-forward approach to acoustic treatment.

Cost-Effectiveness and Long-Term ROI

When evaluating lifecycle costs, Polyester Fibre Acoustic Panels present an attractive proposition due to lower handling and installation costs, reduced maintenance needs, and longer service life under many conditions. Quantitative ROI will vary by project.

Aligning with India’s Growing Demand for Modern Workspaces

India’s commercial real estate and corporate sectors are increasingly focused on delivering high-quality, employee-centric environments. The rise of technology hubs, serviced office providers, and large corporate campuses creates demand for acoustic solutions that are effective, visually appealing, and adaptable. Polyester Fibre Acoustic Panels meet these needs, offering a modern solution that aligns with current workplace trends and sustainability goals.

Bring Better Acoustics With Polyester Fibre Acoustic Panels to Your Space

For workspace designers, facility managers, and organisations designing or refurbishing office environments, Polyester Fibre Acoustic Panels offer a practical, adaptable, and effective route to improving acoustic comfort. With strong technical specifications and the ability to request product samples, colour cards, and project references from Amazone By Furnitech is a compelling choice to transform Indian workspaces into quieter, healthier, and more productive places to work.
Contact Us for technical specifications, product samples, life-cycle, or project references.

TL;DR

Polyester Fibre Acoustic Panels from Amazone By Furnitech bring together acoustic performance, durability, and broad design flexibility. Available in large sheet sizes (2440 x 1220 mm) and commonly in 9 mm and 12 mm thicknesses with NRC values reported up to 0.70 and 0.85, these panels effectively reduce reverberation and background noise in open-plan offices, co-working spaces, and corporate interiors. Their moisture resistance, lightweight handling, CNC customisability, and wide colour ranges make them well-suited to the varied climatic and aesthetic demands of Indian workplaces.

By Jayraj KanzariaIn Resources0 Comments

Top Features to Look for in Mineral Fibre Ceiling Tiles

January 5, 2025

Top Features to Look for in Mineral Fibre Ceiling Tiles

Mineral Fibre Ceiling Tiles are a common ceiling solution across commercial and residential projects, thanks to the combination of acoustic performance, thermal benefits, and practical durability they can deliver. This guide is for specifiers, architects, contractors, facility managers and procurement teams evaluating ceiling options; after this, you will be able to compare products against objective technical criteria, prepare a checklist of documents to request from suppliers, and identify the tests or experts to consult before finalising a specification.

Where relevant, local codes and standards should be considered when specifying ceiling materials (for example, India’s National Building Code (NBC) and Bureau of Indian Standards (BIS) requirements for fire safety and building materials). Where this one refers to commonly observed market practice (e.g., use in offices, healthcare and education), you should confirm applicability to their jurisdiction and project by requesting product datasheet and certification evidence from suppliers or independent test reports.

Understanding Mineral Fibre Ceiling Tiles

What Are Mineral Fibre Ceiling Tiles?

Mineral Fibre Ceiling Tiles are manufactured panels that typically combine inorganic mineral inputs (for example, mineral wool, perlite, glass fibre, clay) and, in some product formulations, cellulose‑based recycled inputs (e.g., recycled newsprint). To avoid confusion, note that recycled newsprint is a cellulose input rather than a mineral; some manufacturers use blended formulations that include both mineral and recycled cellulose content. Verify the exact material composition on the product datasheet for the tile you are considering.

Common Dimensions and Regional Variations

Common commercial tile dimensions include standard modules such as 595 x 595 mm, 1195 x 295 mm and 1195 x 595mm. Typical thicknesses vary by market and application. Many commercial requirements fall within the 12mm, 16mm, 18mm and 20 mm range, with 16 mm often used as a baseline for general-purpose acoustic tiles. Regional product ranges and grid systems can differ, so confirm available sizes and edge profiles for your project.

Typical Uses and Caveats

Mineral Fibre Ceiling Tiles are widely used in Office Ceilings, classrooms, Hotels, healthcare spaces, retail environments and other commercial interiors where acoustic attenuation and thermal stability are required. That said, suitability depends on the specific formulation, mounting condition and environmental exposure; always match tile specification to the intended use (for instance, high‑humidity or washdown spaces may need tiles with tested moisture resistance).

Key Features to Consider When Choosing Mineral Fibre Ceiling Tiles

Sound Absorption and Acoustic Performance

What to Request and Which Standards Matter

Acoustic performance must be documented with laboratory test reports. Ask for reverberation‑room test results conducted to recognised standards such as ASTM C423 or ISO 354, and for octave‑band absorption coefficients or a third‑octave plot in addition to Noise Reduction Coefficient (NRC) values. Where available, request tests reported per BS EN ISO 11654 as well.

Provide Mounting Context for Test Results

Test results depend strongly on mounting conditions (lay‑in grid with no air gap, lay‑in with prescribed air gap, mounted on a substrate, ceiling cloud configuration, etc.).

Typical Metrics to Prioritise

In addition to the overall NRC, request octave‑band or third‑octave absorption coefficients at standard frequencies (125-4000 Hz). For speech‑critical spaces (offices, classrooms), mid‑ and high‑frequency performance matters most; for low‑frequency concerns, consider panel thickness and cavity depth. Do not rely solely on headline NRC numbers; use the full absorption curve for design decisions.

Fire Safety and Resistance

Documented Fire Performance and Test Standards

Require documented fire classifications and test certificates. Common test standards to request include ASTM E84 / UL 723 (surface burning characteristics), and any applicable national test standards referenced by local codes (for example, NBC/BIS guidance in India). Ask for flame‑spread and smoke‑development indices where reported.

Classification, Limitations and Plenum Use

Determine whether tiles are classified as non‑combustible (A1/A2) or limited‑combustibility and ask whether tiles are permitted for use in plenum spaces. Where relevant, request the full test report or certificate number and the issuing laboratory so you can verify authenticity.

Thermal Insulation Properties

Quantify Thermal Performance

Request quantitative thermal properties (thermal conductivity in W/m·K, or R‑value/U‑value) and the test standard used (for example, ASTM C518). Note that Mineral Fibre Ceiling Tiles can contribute to thermal comfort at the ceiling plane, but their insulation effect is modest compared with dedicated insulation layers. Ask for realistic whole‑assembly calculations when assessing HVAC impacts.

Validating energy‑saving claims

If suppliers claim HVAC energy savings, request the basis for those claims (calculation methodology, assumptions, or reference studies). For project budgeting, ask for an example calculation showing how tile thermal properties affect heating or cooling loads in your building type.

Durability and Longevity

Measurable Durability Metrics to Request

Ask for measurable durability test results and warranty terms. Useful data include sag resistance test methods/results, moisture uptake values, accelerated ageing or weathering tests and any service‑life or warranty period offered. Where sag resistance is important (e.g., in humid climates), request the specific test method and results rather than a generic ‘moisture‑resistant’ statement.

Staining, Cleanability and Maintenance Guidance

Request recommended cleaning procedures and any limitations (for example, whether tiles can be wet‑wiped or must only be dusted). Suppliers should state stain‑resistance characteristics and guide for handling common field issues to help you budget for maintenance.

Additional Considerations

Aesthetic Options and Fabrication Limits

Request concrete information on available surface textures such as pin hole, fissured, sand, biyo and black, colour ranges, the ability to paint on tiles, and perforation tile options. Having these specifics enables designers to assess the feasibility of feature ceilings and graphics.

Environmental Sustainability and Certification

For sustainability claims, request information about recycled content percentage and any relevant green‑building credits (LEED, BREEAM, IGBC). Do not accept unqualified ‘eco‑friendly’ claims; insist on third‑party documentation.

Cost Versus Lifecycle Value

Rather than rely on generic ROI statements, request a lifecycle cost comparison or a simple cost matrix that includes initial material and installation costs, expected maintenance/cleaning costs, and projected replacement intervals. This data enables a proper total cost of ownership comparison across candidate products.

Ease of Installation and Maintenance

Dimensions, Edge Profiles and Grid Compatibility

Confirm standard tile sizes, edge profiles (square, tegular, microlook), and compatibility with common grid systems (exposed 15/24 mm, concealed, etc.). Request tile weight (kg/m2 or per tile) so installers can assess handling requirements and ceiling grid loads.

Customisation, Integration and Installer Guidance

Ask about customisation, sizes, thickness, about perforation tiles or decorative work, and compatibility with integrated services (lighting, diffusers, sprinklers). Request handling and storage guidance to reduce on‑site damage. If required, ask the supplier for typical installation labour hours or recommend installer qualifications.

What Sets Amazone By Furnitech’s Mineral Fibre Ceiling Tiles Apart?

Documented Claims and Where to Verify Them

Amazone By Furnitech offers Mineral Fibre Ceiling Tiles in standard commercial sizes (595 x 595 mm, 16 mm thickness is the best ceiling option). The suppliers report NRC values up to 0.70 for typical 16 mm variants; when evaluating these figures, request the specific test report and the standard used (for example, ASTM C423), together with the mounting condition used in testing. For product datasheets, certificates and test reports, request the supplier’s published datasheet and any laboratory certificates.

Fire, Thermal and Sustainability Evidence

Where the product literature cites fire resistance, recycled inputs or thermal benefits, ask the supplier for the corresponding certificates (ASTM E84 reports), recycled‑content statements, VOC testing data and any warranty documentation that substantiates claims. If a proprietary manufacturing process is highlighted, request measurable performance results or third‑party verification rather than marketing descriptions.

How to Choose the Right Mineral Fibre Ceiling Tiles for Your Project

Actionable checklist of documents and data to request from suppliers

Reverberation‑room test report (ASTM C423) showing octave‑band or third‑octave absorption coefficients and the mounting configuration used.
NRC value and the underlying absorption data (frequency bands).
Fire classification and full test reports/certificates (ASTM E84/UL 723 or national equivalents).
Thermal conductivity or R‑value test report (e.g., ASTM C518).
Material composition and recycled content percentage.
Info about VOC/emissions and any environmental certificate (IGBC).
Durability metrics: sag‑resistance or moisture‑uptake test results, life-cycle of tiles and recommended maintenance procedures.
Tile dimensions, sizes, textures, edge profile options, tile weight (kg/m2) and compatibility with specified grid systems.
Installation guidance and handling/storage recommendations.
Reference projects, case studies or contactable client references where available (confirm what the supplier is permitted to share).

Who to Involve and Practical Next Steps

Engage an acoustic consultant for speech‑critical or complex acoustic designs; consult a fire engineer to confirm material compliance with project fire strategy; and involve an experienced ceiling installer early to assess grid compatibility and service integration. Request physical samples and arrange on‑site mock‑ups when appearance and integration are critical.

Get Project-Specific Recommendations and Samples of Mineral Fibre Ceiling Tiles

When evaluating Mineral Fibre Ceiling Tiles, prioritise verifiable technical evidence: NRC and full absorption data, fire test certificates, recycled content statements and VOC test reports. Ask suppliers for datasheets, lab reports, warranty documentation and sample panels; where necessary, request site mock‑ups to confirm appearance and installation details.

Contact Us for product‑specific information or to obtain technical datasheets and test reportsand sample tiles before final selection.

TL;DR

Mineral Fibre Ceiling Tiles are widely used for their acoustic, thermal and practical benefits, but choosing the right product means checking technical evidence, not just marketing claims. When evaluating tiles, request lab-tested NRC and absorption data, fire test certificates, thermal conductivity values, durability, material composition and recycled content.. Confirm tile sizes, edge profiles, textures, weight, grid compatibility and installation guidance. For complex projects, involve acoustic consultants, fire engineers and experienced installers. Always verify claims with datasheets, certifications, test reports and physical samples before finalising a specification.