Cellulose Panels - CFAB™ from Acoustical Surfaces

Woven Image, an Australian brand, has expanded its EchoPanel collection of acoustic wall treatments by introducing five new colorways. The new additions include Dusk (powder pink), Mint (cool green), Butter (warm yellow), Cayenne (rich brown), and Nutmeg (green-brown), enriching the existing range of 34 hues. Each new color is characterized by a dimensional, mottled appearance, a direct result of the product's material composition. EchoPanel products are crafted entirely from PET, with a significant 60 percent derived from post-consumer recycled plastics. These newly launched colors are integrated into Woven Image's current portfolio of seven distinct patterns. These patterns encompass designs such as the undulating Ohm, the arch-inspired Palace and Empire, and the striped Align, Latitude, Longitude, and Meridian. The acoustic panels are specifically engineered for installation in commercial and workplace environments. Their applications extend beyond wall-mounted solutions to include operable walls and space dividers, offering versatile design possibilities. EchoPanel has received certification as a carbon-neutral product, underscoring its commitment to sustainability. The brand highlights its impressive environmental credentials, which include Global GreenTag certification. Furthermore, EchoPanel possesses a robust Environmental Product Declaration (EPD), which is recognized by prominent international green building assessment tools such as WELL, LEED, GreenStar, and BREEAM. This recognition assists specifiers in identifying and utilizing products that have undergone rigorous testing for their environmental performance. The integration of these new colors and the product's sustainable attributes aim to provide designers and architects with aesthetically pleasing and environmentally responsible options for enhancing acoustic comfort in various interior spaces. #AcousticPanels #WovenImage #EchoPanel #InteriorDesign #SustainableMaterials #CommercialInteriors #WorkplaceDesign #GreenBuilding

Scanlines, a new algorithmic system developed by Turf Design, translates images into sound-absorbing PET felt panels that function as dimensional wall art. This system expands upon existing digital methods for converting images into sound by adding a tactile, aesthetic, and functional element to the process. The core of Scanlines is a proprietary algorithm designed to analyze the intensity of color shades within an image. This analysis is then used to determine varying depths for cutting Turf's acoustic PET felt, creating a three-dimensional effect on a two-dimensional panel. The visual result evokes the aesthetic of scan lines found in older cathode ray tube (CRT) television displays, adding a nostalgic yet modern touch to interior spaces. Designers and architects are the primary target audience for Scanlines, which offers customizable panels made from 9mm and 3mm PET felt board materials. A palette of 30 colors is available, allowing for diverse design applications. Beyond their visual appeal, these panels serve a practical purpose: their acoustic properties and varied depths absorb sound, effectively reducing echo and reverberation in a room. This dual functionality addresses aesthetic and acoustic challenges simultaneously, providing an integrated solution for interior environments. Rob Perri, CEO of Turf, highlights the system's ability to tackle spatial, visual, and acoustic issues, emphasizing that Scanlines showcases the 'art of acoustics' and Turf's commitment to innovative solutions. The panels aim to improve visual aesthetics while enhancing the acoustic comfort and perceived spaciousness of a room. Scanlines panels can be generated from nearly any image, with maximum dimensions of 119 inches in height, 47.5 inches in width, and a thickness of 12mm. These contract-grade panels boast a Noise Reduction Coefficient (NRC) value of 0.35, indicating that they absorb 35% of sound energy that comes into contact with their surface. While primarily intended for commercial and corporate settings due to their robust design and acoustic performance, the technology also holds significant potential for residential applications. For instance, homeowners can use these panels to mitigate echoes in home offices, creative studios, or other living spaces where sound control is desired. The innovative fusion of digital art, material science, and acoustic engineering positions Scanlines as a versatile solution for modern interior design, enhancing both the visual and auditory experience of a space through a unique algorithmic approach. #SoundAbsorbingArt #AcousticPanels #PETFelt #AlgorithmicDesign #InteriorDesign #WallArt #SoundControl #DesignTechnology #ArchitecturalSolutions

The article explores the increasing trend of integrating color and acoustic design in interior spaces, moving away from minimalist aesthetics towards more vibrant and functional environments. It highlights how humans are naturally drawn to color, linking specific hues to emotions and experiences, making color a powerful tool for architects and designers. This shift is evident not only in residential settings but also in modern workspaces and high-traffic areas where energetic and creative atmospheres are desired. The core challenge addressed is balancing visual appeal with acoustic comfort. The article emphasizes that a colorful ambiance can lose its effectiveness if not properly sound-proofed, as excessive noise can lead to distraction, stress, and reduced productivity. To overcome this, the integration of colorful acoustic panels is presented as an effective solution, offering both aesthetic enhancement and sound control. Autex Acoustics is introduced as a provider of such solutions, manufacturing carbon-neutral acoustic panels from at least 40% recycled PET. These panels are available in a wide array of colors across their product lines, including Cube (lightweight, semi-ridged panels) and Vertiface (fabric wallcoverings). The company has also expanded its palette with four new nature-inspired colors: Canyon (terracotta), Caspian (stormy grey-blue), Highland (moss green), and Terrace (warm grey alternative). For bespoke projects, Autex offers advanced UV printing for solid colors and custom patterns through its Solid Color and Acoustic Surface Finishes ranges, allowing for precise color matching and unique designs. Four creative applications for integrating colorful acoustic panels in interior design are detailed. The first method suggests adding surfaces that bring the colors of the outdoors indoors. The new nature-inspired colorways — Canyon, Caspian, Highland, and Terrace — are designed to evoke biophilic experiences, fostering comfort and well-being while managing acoustics. These hues are versatile enough to blend with rustic designs or create accent walls. The second application focuses on creating focal points with accent walls. Colorful acoustic panels can be strategically placed to both enhance sound isolation and draw attention to specific areas. The choice of color significantly impacts the visual effect; for instance, a bold color like Ink (deep blue) from the Vertiface series creates a dramatic impact, while a subtle shade like Terrace offers an elegant alternative. Designers can customize these choices to align with the desired ambiance and maintain visual harmony. The third approach involves establishing color zones to divide functions, particularly in busy work environments. Using colored sound-proofing solutions helps visually separate different activity areas while ensuring acoustic comfort. This strategy can delineate collaborative spaces with bright colors or create quiet zones for focused work with more subdued biophilic tones. Color gradients can also be employed for smooth transitions and aesthetic flair. The final creative method highlights making a statement with patterns, depth, and custom designs. When a solid color might not suffice, designers can opt for acoustic systems that incorporate unique shapes, intricate patterns, color blocking, and textured surfaces. Autex Surface Finishes facilitate these possibilities, allowing for customization, replication of natural material looks, and the creation of sculptural elements that serve as both art and acoustic solutions, adding identity and personality to spaces. #AcousticPanels #InteriorDesign #ColorTheory #SoundProofing #BiophilicDesign #SustainableMaterials #WorkplaceDesign #ResidentialArchitecture #ArchitecturalInnovation

The increasing focus on acoustic comfort in various environments, from restaurants and hotels to open-plan offices and educational spaces, is now extending into the domestic realm. This trend highlights the importance of mitigating acoustic discomfort and stress through innovative design solutions. Sound-absorbing panels, once primarily functional, have evolved into sophisticated decorative elements that combine technological advancements with aesthetic appeal. These panels are designed not only to reduce reverberation and enhance psychophysical well-being but also to integrate seamlessly into interior aesthetics, featuring geometric, floral, and botanical motifs that can either relax or energize a space. A significant aspect of this evolution is the commitment to sustainability, with manufacturers incorporating eco-friendly materials and production processes. Constant research in this field is driven by the desire to create products that are effective, visually appealing, and environmentally and human-friendly. This includes the use of textile scraps, regenerated plastics, and natural raw materials, often resulting in minimal thickness suitable for various applications such as curtains, furniture coverings, and walls. These advancements create serene and harmonious soundscapes while offering a soothing sense of well-being. Several companies and designers are at the forefront of this innovation. Abstracta, in collaboration with Verk and designer Ingegerd Råman, has developed a series of 100% Made in Sweden acoustic panels. These panels feature layers made from textile scraps and polyester from recycled PET bottles, covered with a revolutionary fabric from waste wool fiber, all framed in untreated oak. Råman’s design emphasizes natural colors and wool textures, utilizing unique weaving techniques to achieve an authentic and timeless look. Despite their minimal thickness (no more than 45 mm), these panels offer high sound absorption, making them ideal for noisy environments. Baux, with its X-FELT collection designed by Form Us With Love, takes inspiration from Japanese Zen gardens. This collection offers large-format acoustic wall and ceiling coverings with exceptional creative freedom, allowing for custom graphics and lines through precisely cut modules and a versatile color palette. X-FELT panels are made from ultra-fine, high-quality GRS-certified PET polyester fibers, assembled using a layered construction technique. This results in a smooth, lightweight, and compact structure that efficiently absorbs sound without the need for harmful fire retardant treatments, thus eliminating toxic emissions. X-FELT holds a Class Bs.1-d0 fire rating and is fully recyclable, participating in the BAUX Circle take-back program for responsible disposal. Drip, designed by Stone Designs for Blå Station, offers sound-absorbing panels and wall decorations with a graphic design that evokes a fingerprint in soft clay. These panels provide imaginative flexibility, as they can be rotated in four directions or repositioned to create new arrangements. They attach to the wall with a magnetic clip for easy adjustment, maintaining effective absorption of ambient noise and echoes while enhancing both acoustic and aesthetic quality. Caimi's Biosphere collection, designed by Hsiang Han Hsu, leverages Snowsound-Fiber Textile technology to apply acoustic functions to various fabrics, including curtains, furniture upholstery, and wall coverings. Hsu’s designs aim to reinforce physical and mental well-being by evoking natural elements. The collection features jacquard workmanship inspired by flora (Forest, Woodland, Tundra) and primordial elements (Water, Stone, Clouds), as well as landscapes like Snow and Volcano. The diverse color palette reflects these themes, incorporating earthy tones, shades of green and gray, blues, and stark chiaroscuros. Slalom’s Bloom soundproof panels, a winner of the Hip Awards and Best of NeoCon 2024, exemplify ethical design. They integrate regenerated plastic materials from circular and recycled sources with bio-based materials derived from carefully selected biological corridors. Bloom panels incorporate real grasses, petals, and colorful flowers sourced from farmlands using traditional cultivation, ensuring they are free of chemical additives. The seasonal variation in grasses and flowers ensures each Bloom surface is unique. These panels seamlessly integrate into architectural designs, covering vertical spaces without visible seams and amplifying the floral artistry. A Velcro attachment system simplifies installation, removal, and reuse. #SoundAbsorbingPanels #AcousticComfort #SustainableDesign #InteriorDesign #HomeDecoration #EcoFriendlyMaterials #ArchitecturalDesign #InnovativeMaterials #DomesticLandscapes

The article discusses BAUX's innovative Acoustic Felt, a sound solution made from 100% traceable recycled polyester sourced from textile offcuts. BAUX, a venture by industrial design studio Form Us With Love, aims to create sustainable acoustic building materials by repurposing textile waste, a significant global problem contributing 92 million tonnes of waste annually. Fredrik Franzon, head of product and founding partner at BAUX, emphasizes the challenge of tracing recycled materials and the brand's commitment to circularity. BAUX collaborated with The Loop Factory to source 100% polyester-based threads from Swedish textile manufacturer Ludvig Svensson. This collaboration allows for a small, traceable manufacturing network, avoiding reliance on larger, less transparent processing facilities. The process involves hand-sorting textile offcuts by color, followed by an undisclosed treatment that enables material reuse while maintaining original quality. These treated offcuts are then combined with energy-efficient polyester fibers to form the material's structure, a process designed to accommodate varying fiber qualities and minimize additional waste. The fibers are locally dyed in Sweden, adhering to strict environmental regulations, and the resulting material is pressed into molds and cut into nine different sizes suitable for desk dividers and wall panels. Prioritizing function, the BAUX Acoustic Felt range is flexible, easy to handle, and modular, allowing for quick scaling. The design eliminates the need for glue or hardware, promoting repurposing and reuse. This approach addresses common office environment challenges and sets new standards for business-as-usual practices. The hardware pieces are standardized for effortless setup and reduced production waste, contributing to a completely traceable source from industrial production facilities that would otherwise discard and incinerate the waste. This marks a crucial step towards BAUX's long-term goal of achieving full circularity. The Acoustic Felt is one of BAUX's collections, complementing their 2019 Acoustic Pulp panel, which uses 100% biodegradable and organic content for high sound absorption. BAUX's core values include innovation, adherence to circularity principles, waste reduction, and the development of new product categories to meet future architectural demands. The material development involved BAUX and Form Us With Love for product design, and The Loop Factory for sustainable material, product, and technological solutions. BAUX aimed to offer a novel product that pushed boundaries in sustainability and features, recognizing the market's need for traceable and truly sustainable felt products despite felt's inherent absorptive, shaping, and aesthetic qualities. The problem addressed was the difficulty in tracing the origin of recycled materials, a lack of demand from the market on businesses, and the traditional use of mixed synthetic fibers in industrial felt. Without control over material components, there's a risk of sourcing from corrupt supplies, potentially increasing plastic production and compromising circularity. BAUX solved this by securing a completely traceable source from industrial facilities, controlling the content of their recycled products, and preventing textile waste from being incinerated. The manufacturing process involves collecting textile offcuts from Ludvig Svensson, hand-sorting them, treating them, mixing them with low-melt polyester fiber to produce a nonwoven sheet, pressing it into a rigid sheet, and water-jet cutting it into various sizes. The materials used include 40% textile offcuts (Oeko-Tex® Standard 1000 certified, REACH-compliant dyeing chemicals), 50% thermoplastic fiber (CO-PET/PET), and 10% polyester fiber (PET). The innovation lies in the treatment method that allows for the reuse of textile offcuts, resulting in a 100% traceable and recycled product designed for longevity and adaptability within office spaces, with components that are easy to update, replace, and extend. #TextileRecycling #AcousticPanels #SustainableDesign #CircularEconomy #RecycledPolyester #MaterialInnovation #InteriorDesign #OfficeDesign #SoundInsulation

BAUX, a renowned Swedish acoustics brand, has launched its new X-FELT collection, designed in collaboration with international design studio Form Us With Love. This collection introduces precision-cut acoustic panels and tiles that can be combined to create unique interior rhythms. The design concept draws inspiration from the distinct harmony found in Japanese Zen Gardens, aiming for a sense of calm and vibrant continuity in interior spaces. The X-FELT collection features large-format, high-performance acoustic panels measuring 1 x 2.8 meters and tiles of 6 x 6 meters. These products were unveiled during Stockholm Design Week 2025. A key aspect of the collection's sustainability is its construction from ultra-fine, high-quality polyester fibers derived from GRS-certified PET. This material choice eliminates the necessity for harmful fire-retardant treatments, thereby reducing toxic emissions during production, use, and eventual disposal. The panels and tiles possess a smooth, compact, and lightweight layered sandwich structure, contributing to their durability and effective sound absorption. From an environmental perspective, the X-FELT collection is fully recyclable. It can be processed at facilities that handle PET or returned through BAUX’s dedicated BAUX Circle Programme, emphasizing the brand's commitment to circular economy principles. The product also meets safety standards, being rated Fire Class Bs.1-d0 for both wall and ceiling applications. Visually, the X-FELT collection is characterized by intersecting, curvilinear lines that form structured yet flowing geometric compositions. It offers a diverse color palette, including solid and contrasting duo colors. The design utilizes a repeated grid of rectangular panels, each containing mirrored and rotated variations of a single motif. This approach creates symmetrical arches and wave-like curves that interlock, generating a tranquil yet dynamic visual movement across the surface. The interplay of curves and occasional sharp points introduces structured contrast within the fluid patterns, enhancing the aesthetic appeal and rhythmic continuity across entire wall surfaces. The lightweight and large format of these panels and tiles enable the creation of cohesive and visually striking sound-absorbing installations, particularly suitable for larger spaces. BAUX, established in 2014, is a joint venture by Fredrik Franzon, Johan Ronnestam, and Form Us With Love founders Jonas Pettersson and John Löfgren. The company, which now has a global presence in over 30 regions with clients like Google, Stella McCartney, WeWork, Spotify, and Nike, operates with a core belief in developing building materials that are sustainable, highly functional, and visually appealing, without compromising environmental and safety standards. The X-FELT collection exemplifies this ethos, providing interior designers with extensive creative freedom to craft ambiances that are both sensitive and engaging. #AcousticPanels #SustainableDesign #InteriorDesign #RecyclableMaterials #ZenInspiredDesign #FormUsWithLove #BAUX #InnovativeMaterials #SoundAbsorption

MUT Design Studio has unveiled a new collection of acoustic panels for Sancal, drawing inspiration from the anatomical forms of beetles. This innovative "Beetle" collection aims to transcend the traditional functional role of acoustic panels by integrating aesthetic appeal, transforming them into sculptural elements for interior spaces. The design concept originated from the studio's visit to an entomology exhibit at a natural science museum, where the intricate structures of beetles sparked the idea for a new approach to sound-absorbing surfaces. The collection moves beyond the conventional rectangular shapes typically associated with acoustic panels, offering a more dynamic and visually engaging solution for noise reduction in public and private environments. By abstracting the beetle's form, MUT Design has created panels that evoke natural beauty while effectively mitigating sound. The design process focused on translating the organic curves and segmented bodies of beetles into a series of upholstered panels, making them less literal and more artistic in their interpretation. This abstraction helps to diminish any potential "ick factor" that might be associated with insects, instead presenting them as sophisticated design motifs. Comprising six distinct upholstered panels, the Beetle collection allows for a total of twelve different design configurations. This modularity enables users to mix and match the panels in various arrangements, fostering creativity and customization in design schemes. The versatility of these panels means they can be adapted to a wide range of interior aesthetics, from minimalist to more eclectic styles, while providing the practical benefit of improved acoustics. The integration of sound absorption with a unique visual language addresses the growing demand for interior elements that are both functional and aesthetically refined. The "Beetle" acoustic panels were officially introduced at iSalone during Milan Design Week, an event renowned for showcasing cutting-edge innovations and trends in furniture and design. Their presentation at such a prominent international platform highlights the collection's significance in contemporary interior design. The reception at iSalone underscored the industry's interest in solutions that combine advanced acoustic performance with distinctive design, offering an alternative to purely utilitarian sound-dampening materials. The collection's debut at this prestigious event positioned it as a noteworthy addition to the market for design-conscious acoustic solutions. This collection represents a thoughtful fusion of nature-inspired design and practical acoustic engineering. The panels are crafted to enhance the auditory comfort of a space by reducing echo and reverberation, common issues in modern open-plan environments and public areas. Beyond their acoustic properties, the panels serve as a strong decorative statement, contributing to the overall ambiance and character of a room. The emphasis on sculptural form, combined with effective sound absorption, makes the "Beetle" collection a comprehensive solution for designers and individuals seeking to elevate both the sonic and visual qualities of their interiors. #AcousticPanels #MUTDesign #Sancal #InteriorDesign #ProductDesign #SoundAbsorption #MilanDesignWeek #HomeFurnishings #Biomimicry

This article explores the manufacturing process of BAUX acoustic wall tiles and panels, highlighting their environmentally friendly nature and functional design. BAUX, a Swedish brand, is recognized for its sound-absorbing qualities and the creation of visually appealing geometric patterns. The company's philosophy centers on producing building materials that are both functional and aesthetically pleasing while adhering to strict environmental standards. This approach led to a collaboration with Träullit, a family-owned business specializing in boards and panels made from cement and wood wool. These two basic materials form the foundation of BAUX's eco-friendly acoustic components. The production process begins with sourcing wood locally in Småland, Sweden, to minimize environmental impact. The collected spruce wood is then stacked and air-dried outside the factory. Following this, the spruce is cut into smaller pieces and ground down to create wood wool. This wood wool is then combined with water and cement. The resulting blend is poured into molds, which are subsequently stacked and left to dry. Once dried, the wood wool cement material is cut into various smaller pieces and geometric shapes. BAUX Acoustic Tiles, for instance, are produced in shapes like hexagons and are then spray-painted in a diverse range of colors, offering extensive customization options for designers and consumers. For larger applications, BAUX Acoustic Panels are milled to incorporate intricate patterns. The versatility of BAUX Acoustic Tiles allows for the creation of numerous patterns by combining different shapes and colors, offering significant design flexibility. Similarly, BAUX Acoustic Panels are engineered to revitalize and enhance large spaces, providing both acoustic benefits and aesthetic improvements. The entire process emphasizes sustainability, from the local sourcing of raw materials to the transformation of simple, natural components into advanced acoustic solutions. This detailed deconstruction of BAUX's manufacturing sheds light on how a commitment to both design and environmental responsibility can result in innovative and practical products for interior spaces. #AcousticPanels #EcoFriendlyDesign #WoodWool #SustainableMaterials #InteriorDesign #BAUX #SoundAbsorption #SwedishDesign

Autex Acoustics has introduced a range of sound-dampening products to the Dezeen Showroom, featuring panels designed to integrate seamlessly into diverse interior aesthetics. The collection includes items that mimic natural materials like wood and stone, alongside customizable systems for walls and ceilings. This release caters to the ongoing demand for acoustic solutions that do not compromise interior design. One of the featured collections is the Stone collection, which offers acoustic panels with the visual characteristics of veined stone, such as travertine and marble. These materials have historically been popular in architectural and interior decoration, and Autex Acoustics leverages this appeal by combining aesthetic value with functional sound absorption. The panels provide a versatile and cost-effective alternative to traditional acoustic cladding, available in various patterns to suit different design preferences. Building on the theme of natural materials, Autex Acoustics also presents Acoustic Timber. This range draws inspiration from the unique knots and grain patterns found in various wood species, including pine, ash, oak, eucalyptus, and walnut. The Acoustic Timber collection is available in three application formats—baffles, tiles, and panels—allowing for flexibility in design and installation. This product line aims to offer the warmth and texture of wood while effectively managing sound within a space. Another significant offering is the Frontier system, which is specifically engineered for ceilings and walls. Composed of 100% polyester fibre shapes, Frontier panels are designed to control noise levels and can be configured to create wave-like effects on interior surfaces. The system provides a broad spectrum of 21 colorways and offers customization options through an adjustable channel and clip mechanism, enabling designers to tailor the acoustic treatment to specific spatial requirements and aesthetic visions. Composition is a sound-dampening product noted for its durability, making it suitable for high-traffic environments. These wall coverings are installed using a drop technique, similar to traditional wallpaper, simplifying the application process. The ease of installation, combined with effective acoustic properties, positions Composition as a practical solution for various commercial and residential settings. The Groove system, yet another innovative product from Autex Acoustics, offers customizable router-cut panels for walls and ceilings. This system provides patterned finishes and features a self-adhesive backing for straightforward installation. With six suggested patterns and five angle options, Groove allows for a high degree of customization, enabling designers to create unique visual and acoustic environments. These panels are also available in a wide array of colors. Autex Acoustics, established in 1967, specializes in developing sound-dampening products primarily for offices and mixed-use interiors. The company maintains showrooms in key international locations, including the UK, USA, New Zealand, and Australia, reflecting its global presence and commitment to providing high-quality acoustic solutions. The featured products highlight the brand's focus on integrating aesthetic appeal with functional sound management, offering versatile options for contemporary interior design. #AcousticProducts #InteriorDesign #SoundDampening #ArchitecturalFinishes #NaturalMaterials #WallPanels #CeilingPanels #AutexAcoustics #DezeenShowroom

The article discusses the critical role of understanding impact insulation class (IIC) and sound transmission class (STC) ratings, along with selecting appropriate acoustical underlayments, in multifamily and hospitality construction. The authors highlight that while laboratory tests provide an acoustical performance snapshot, they often fail to reflect real-world conditions, particularly the impact of load applied to the floor after tenant move-in. The piece emphasizes that the true acoustical performance is ultimately experienced by occupants, stressing the importance of effective sound control for project profitability and client satisfaction. The history of acoustical control mats is traced back to the 1950s and '60s, a period marked by new fire codes and increased public safety concerns. Gypsum underlayments emerged as an economical, lightweight, and fire-rated solution, incidentally offering sound reduction benefits. Manufacturers subsequently developed a range of products, including sheet goods and rolled materials, for installation beneath gypsum underlayments, particularly for hard-surface finished floors, to meet architects' and owners' demand for quieter units. Two primary approaches to sound reduction are explored: dampening (absorption) and decoupling. Absorption involves materials like rubber, neoprene, and foam panels soaking up acoustical energy, reducing vibration transmission. Decoupling, on the other hand, isolates surfaces to create two distinct layers for sound vibrations to pass through, enhancing the system's performance by dissipating energy during transference. The 1980s saw the rise of mass-spring technology mats, which gained popularity due to their ease of installation, cost-effectiveness, and impressive test performance. These mats use an entangled mesh of synthetic fibers to isolate the gypsum underlayment from the subfloor, allowing the floor to 'float' and the fibers to absorb transferred acoustical energy. More recently, rigid mats have been introduced, offering decoupling with a thinner profile and higher compressive strength. These rigid mats can be significantly shallower (20 mm or ¾ in.) compared to monofilament mats (38 mm or 1 ½ in.) required to meet minimum sound attenuation standards (50 STC and 50 IIC). Despite their potentially higher initial cost, rigid mats can be competitive in terms of overall cost and performance when factoring in reduced material requirements and shorter curing times, leading to less downtime on building sites. The article also touches upon the definition of STC, which measures the effectiveness of an assembly in addressing airborne sound, covering frequencies from 125 to 4000 Hz, encompassing common sounds like voices, music, televisions, and pet noises. The laboratory testing process for STC involves generating sounds with a tone generator and measuring sound pressure levels in both the testing room and the room below. The resulting loss across 16 frequency bands is then averaged to determine the STC rating. #AcousticalSoundMats #Flooring #GypsumUnderlayment #ImpactInsulationClass #RigidMats #SoundAbsorption #SoundTransmissionClass #MultifamilyConstruction #HospitalityIndustry

The T4 Melbourne Airport project, a significant expansion aimed at enhancing passenger experience and operational efficiency, faced inherent challenges typical of large, high-traffic transportation hubs. Primary among these was the need to manage high levels of ambient noise generated by continuous passenger movement, public address systems, and general airport operations. Concurrently, maintaining optimal thermal comfort within the expansive terminal space was crucial for energy efficiency and visitor satisfaction. The architectural design required a solution that not only addressed these acoustic and thermal concerns but also integrated seamlessly with the modern aesthetic of the airport, ensuring durability and ease of maintenance in a demanding public environment. To effectively mitigate these challenges, Megasorber’s P25G-RW acoustic panels were specified and installed. These panels, featuring a 25mm thickness and a water-repellent White Soundmesh G8 facing, were chosen for their dual functionality in providing both superior acoustic absorption and thermal insulation. The water-repellent facing is particularly beneficial in an airport setting, offering resistance to moisture and ease of cleaning, which are critical for maintaining hygiene and appearance in high-traffic areas. The panels' design also contributes to a bright and expansive feel within the terminal, complementing the modern architectural scheme. The installation process involved directly fixing the Megasorber P25G-RW panels onto the concrete soffits of the terminal. This method of installation is efficient and ensures a flush, integrated appearance that does not detract from the architectural lines of the building. Direct-fixing also maximises the effective surface area for acoustic and thermal treatment, contributing to the overall performance of the system. The specific dimensions and lightweight nature of the P25G-RW panels facilitated a straightforward and rapid installation, minimizing disruption to the ongoing construction activities and future airport operations. The implementation of Megasorber P25G-RW panels resulted in a significant improvement in the internal environment of T4 Melbourne Airport. Acoustically, the panels effectively absorbed and minimised ambient noise, leading to a quieter and more comfortable atmosphere for passengers and staff alike. This reduction in reverberation and background noise enhances intelligibility of announcements and reduces stress levels, contributing to a more pleasant travel experience. Thermally, the insulation properties of the panels helped to stabilise internal temperatures, reducing the load on heating and cooling systems and consequently lowering energy consumption and operational costs. The successful application of Megasorber products at T4 Melbourne Airport underscores the versatility and effectiveness of advanced acoustic and thermal materials in complex architectural projects. The chosen solution not only met the stringent performance requirements for noise reduction and thermal comfort but also aligned with the aesthetic and functional demands of a modern airport terminal. This project serves as an exemplary case study for the integration of high-performance building materials in large-scale public infrastructure, demonstrating how careful material selection can lead to significant improvements in environmental quality and operational efficiency. #AcousticPanels #ThermalInsulation #AirportDesign #NoiseReduction #Megasorber #ArchitecturalMaterials #BuildingPerformance

Paper Collective has launched a new collection of beautifully designed art panels in collaboration with The Roost, which not only enhance home decor but also incorporate sound-absorbing technology to create a more peaceful living environment. These panels are available exclusively through The Roost and offer a diverse range of designs, including Bauhaus, serene landscapes, and floral patterns, catering to various interior styles. The dual functionality of these art panels makes them suitable for large statement pieces or curated gallery walls, while also addressing practical concerns related to acoustics. The core innovation behind these artworks lies in their sound-absorbing capabilities, making them particularly beneficial for open-plan spaces where sound often reverberates, and for home offices that require privacy and concentration. The technology, developed in collaboration with acoustic pioneers Akuart, utilizes PET materials, with 50 percent of the fibers derived from recycled plastic bottles. This construction ensures high-quality sound absorption, as validated by 'best-in-class sound-absorbing classifications' in testing. The panels are effective in reducing both low-frequency sounds, such as thunder or deep voices, and high-frequency noises, like whistles or children's voices. By mitigating reverberation, these artworks optimize the acoustic environment, improving clarity for speaking and listening within the home. The collection includes two primary variations: Home 30 and Home 50. Home 30 is designed to effectively regulate high and sharp tones, making it an ideal choice for open-plan homes, home offices, and dining areas. In contrast, Home 50 is tailored for homes with minimalist designs and a prevalence of hard surfaces, such as tiled flooring and large windows. These hard surfaces typically cause sound to oscillate between the floor, walls, and ceiling, and Home 50 is specifically engineered to counteract this effect, further enhancing sound quality and reducing echo. Will Plowden, founder of The Roost, emphasizes that these panels significantly improve sound quality and reduce bounce-back noise, a common issue in many open-plan residences, thereby transforming homes into more tranquil spaces. He also highlights their value as a stylish addition to home offices, where they can boost privacy and aid concentration. The integration of sustainability, aesthetic appeal, and functionality is a key aspect of these acoustic panels, offering a sophisticated finishing touch for any room. They cater to individuals seeking to cultivate a serene and quiet living space without compromising on design. The collection is available exclusively at The Roost, with prices starting from £800. #SoundAbsorbingArtwork #HomeDecor #AcousticPanels #InteriorDesign #SustainableDesign #OpenPlanLiving #HomeOffice #PaperCollective #TheRoost

Kvadrat, a Danish textile company, produces Soft Cells, a modular acoustic panel system designed to enhance the acoustic performance of various buildings. Zane Walker, head of project management at Kvadrat Soft Cells, explains that these panels are custom-made by hand in their factory located in Poznań, Poland. The panels are versatile and can be utilized in diverse settings, ranging from individual offices to large concert halls or auditoriums that require numerous panels to function cohesively. Each Soft Cell panel is manufactured to order, involving a meticulous process of cutting, assembling, and upholstering by hand. This handcrafted approach ensures a high level of precision, which is crucial for projects with stringent tolerance requirements. The Soft Cells are available in sizes from 20 centimeters to six meters in length and can be produced in various shapes to accommodate specific design needs. The construction of each panel involves a recycled aluminum frame filled with acoustic foam. This core structure is then covered with a selection of Kvadrat's textiles. A distinctive feature of the Soft Cells is the tensioning system, which incorporates spring coils. This system is engineered to maintain the fabric's tautness over the entire lifespan of the panels, ensuring consistent aesthetic and acoustic performance. Modern architectural trends often favor clean, open spaces characterized by hard, reflective materials such as concrete and glass. While aesthetically pleasing, these materials can lead to poor acoustics, resulting in uncomfortable or inefficient environments. Kvadrat's Soft Cells offer a solution by allowing architects to maintain the minimalist design of these spaces while significantly improving their acoustic properties. By integrating these panels, spaces become more comfortable for occupants, whether they are working or living within them. Walker emphasizes that the acoustic performance of a space directly influences the comfort and satisfaction of its users. The Soft Cells provide a way to introduce "softness" into these otherwise rigid, minimalist designs, thereby enhancing both the visual and auditory experience. The production process, detailed in a film by Dezeen, highlights the craftsmanship and attention to detail involved in creating each panel, underscoring the product's quality and its role in harmonizing contemporary architecture with optimal acoustic conditions. #Kvadrat #AcousticPanels #InteriorDesign #TextileInnovation #ArchitecturalSolutions #HandmadeProducts #SustainableMaterials #NoiseReduction #ModernInteriors

NOWN, an architectural product manufacturer, has introduced a range of 3D-knitted products designed for architectural specifiers, focusing on sustainable acoustic surfaces. Headquartered in Amsterdam, The Netherlands, NOWN is composed of designers, engineers, creators, and architects collaborating to develop materials for walls and ceilings that aim to create stylish and transformative spaces while prioritizing sustainability. Central to NOWN's philosophy is a commitment to precision and quality in material development. An exemplary product is InfiKnit, a 3D-knitted polyester material that features a distinct 3D texture and sound-absorbing properties. This material is specifically engineered to mitigate and control reverberations within interior environments. InfiKnit is suitable for various interior settings, including assembly halls and conference rooms, and boasts a highly efficient manufacturing process that generates only 0.1 percent waste, making it fully recyclable. InfiKnit is offered in a variety of colors and four unique 3D textured pattern collections, intended to enhance acoustic comfort within interiors. The product leverages industry-leading knitting technology alongside established architectural manufacturing techniques, providing designers with a versatile tool to soften, expand, absorb sound, and transform spaces. InfiKnit's material composition and distinctive 3D texture are effective in reducing noise from common office disturbances such as ringing, typing, and conversations, thereby fostering more pleasant and productive environments. Additionally, NOWN states that the production of InfiKnit uses 95 percent less water compared to other textile furnishings, reinforcing the brand's dedication to environmental responsibility. By integrating InfiKnit into design projects, specifiers contribute to a more sustainable future. The 3D-knitted yarns offer significant flexibility, allowing for innovative designs that can adapt and transform spaces creatively. The InfiKnit wall and ceiling panels are designed for installation on a grid system and can be paired with NOWN's Soft Sound material backing for enhanced acoustic performance. Soft Sound is manufactured from polyethylene terephthalate (PET) plastic, with up to 60 percent of its content derived from recycled sources. Beyond InfiKnit, NOWN also produces Graphic Perf panels, which are perforated. A customized version of these panels was utilized for a Tesla showroom in California, where Michael W Folonis Architects adapted them to create a patterned, curved facade that also functions as a sunlight filter. NOWN's commitment to sustainability extends to its partnership with German brand Made Of Air, through which it develops carbon-negative materials. These materials are designed to actively sequester more carbon dioxide than they emit, contributing to carbon neutrality and the fight against climate change. The brand emphasizes creating products with patterns that appear complex but are straightforward to install, offering both aesthetic appeal and practical functionality. In 2023, the company rebranded from Arktura to NOWN to better integrate into the European market, adapting its business culture to meet the diverse demands of the region's architecture and design field. The brand positions itself as a collaborative partner for designers, offering solutions that range from bespoke creations to adaptations of standard products, aiming to fit seamlessly into diverse design projects. #AcousticMaterials #SustainableDesign #3DKnitting #ArchitecturalProducts #InteriorDesign #RecyclableMaterials #CarbonNegativeMaterials #MaterialInnovation #ArchitecturalFinishes

The FabriSPAN® Wide Width Fabric System, developed by FabriTRAK®, offers a versatile and aesthetically pleasing solution for interior wall and ceiling finishes. This system utilizes wide width fabrics (10’) and ultra-wide width fabrics (16’) to enable seamless installations in various interior spaces, eliminating visible seams that often detract from the visual appeal of large surfaces. The system is designed for a broad range of applications, including commercial settings, hospitality venues, cultural and religious buildings, educational institutions, sports facilities, and high-end residential projects. A key feature of FabriSPAN® fabrics is their exceptional acoustic performance, contributing to improved sound quality and reduced reverberation within a space. Beyond their functional acoustic benefits, these fabrics serve as a refined interior finish. They are also fire retardant, enhancing safety in public and private environments. A significant advantage is the availability of custom colors, allowing designers to match specific Pantone or paint chip colors for bespoke interior schemes. This customization is particularly useful for achieving unique design visions. FabriSPAN® fabrics are offered in base colors such as white, ivory, or off-white, providing a neutral foundation that can mimic the look of traditional drywall or plaster. For more specific color requirements, many FabriSPAN® fabrics can be custom-dyed in widths up to 10 feet. The system's design ensures compatibility with various building components, allowing for seamless integration with lighting applications, HVAC systems, and fire sprinkler systems without compromising aesthetics or functionality. FabriTRAK® has also specifically engineered three square edge ceiling trak profiles to accommodate these ultra-wide width ceiling fabrics. This specialized tracking system ensures a taut, smooth, and professional finish for ceiling applications, further emphasizing the seamless appearance. The FabriSPAN® Premium fabrics and Glow fabrics have received the Declare label, signifying their compliance with stringent environmental and health standards. This certification contributes to projects aiming for LEED v4 interiors, highlighting the product's commitment to sustainability and healthy indoor environments. The Declare label provides transparency regarding the product's ingredients, empowering architects and designers to make informed choices about materials. The FabriSPAN® STRETCH fabric line is specifically engineered for creating perfectly seamless acoustical wall and ceiling solutions. Its ultra-wide widths, custom dyeing capabilities, and interchangeability offer architects and designers extensive creative freedom. The STRETCH variant is also printable in wide widths up to 10 feet, opening possibilities for custom graphic integration and artistic expression on large surfaces. Typical applications for FabriSPAN® STRETCH include professional offices, restaurants, educational and sports facilities, retail spaces, places of worship, theaters, and residential interiors, where both aesthetics and acoustic control are paramount. For additional technical information, including details on acoustical and fire testing, FabriTRAK® provides comprehensive resources on its website. The product is categorized under Construction Materials for Acoustic applications, specifically for interior walls and ceilings. Its characteristics include acoustic performance, fire retardancy, and customizable colors in ultra-wide widths, making it a versatile and high-performance option for modern interior design. #FabriSPAN #FabriTRAK #AcousticFabric #WideWidthFabric #InteriorDesign #ArchitecturalFinishes #SeamlessSurfaces #LEEDv4 #SustainableMaterials

Loftwall, a Texas-based manufacturer specializing in customizable space-defining products, has introduced its latest innovation, Tempo. Developed in collaboration with KEM STUDIO, an industrial design firm, Tempo is a versatile family of wall and ceiling-mounted acoustic solutions. The primary goal of this system is to address the prevalent issue of noise in modern workspaces and educational environments, offering an accessible and effective solution for designers, dealers, and end-users. Tempo distinguishes itself through its modularity and flexibility, allowing for limitless combinations of shapes, sizes, and colors. This adaptability enables the system to redefine a space both aesthetically and functionally without necessitating significant financial investment. The ease of design and installation of Tempo is a key aspect, as Loftwall CEO Bryce Stuckenschneider emphasizes that the company aimed to simplify the process, moving away from the complexities often associated with traditional baffle systems. This user-friendly approach is central to Tempo's appeal, making advanced knowledge of design software unnecessary for integrating sound absorption into various spaces. Loftwall's broader mission revolves around enhancing spatial functionality, providing solutions that foster either collaborative environments or private settings, depending on organizational needs. Their product philosophy centers on the belief that individuals deserve privacy, and their offerings are designed to deliver just that. KEM STUDIO, through its collaboration with Loftwall, reinforces its philosophy of “Better Design Better Living,” by making design more approachable and integral to daily life. Beyond its acoustic benefits, Tempo is also positioned as an artistic element, as noted by Jonathon Kemnitzer, principal of Kem Studio. With twelve different modules available in six colors, the system provides designers with extensive creative freedom to craft unique installations. The product’s pricing structure is simplified, based on the square footage of the wall or ceiling area where it is applied, further streamlining the selection and procurement process. This commitment to flexibility extends to the materials used, with a focus on highly recyclable components and intuitive assembly, signaling a forward-thinking approach to sound absorption in the industry. #AcousticSolutions #ModularDesign #WorkspaceDesign #InteriorDesign #SoundAbsorption #KEMStudio #Loftwall #SustainableMaterials