Crease: A Range of Modular Acoustic Ceiling Tiles by Turf Design and MNML

Himmel Interior Systems offers Ecophon acoustic products, a range of internal walls and ceilings designed to enhance acoustic performance in various environments. These solutions are characterized by their optimized sound absorption properties, sustainability, health-conscious material composition, and flexible integration into diverse design aesthetics. The Ecophon product line aims to create comfortable and productive indoor spaces by managing sound levels effectively, reducing noise distractions, and improving speech clarity. The core of the Ecophon offering lies in its ability to address critical acoustic challenges in modern buildings, spanning sectors such as healthcare, education, and office spaces. The products are engineered to absorb sound waves rather than reflecting them, thereby mitigating reverberation and echo. This not only contributes to a more pleasant auditory experience but also supports well-being and concentration for occupants. The design philosophy behind Ecophon emphasizes both functionality and visual appeal, ensuring that acoustic treatments can seamlessly blend with or enhance the overall interior design. Sustainability is a significant aspect of the Ecophon range. Many products are manufactured using environmentally responsible materials and processes, contributing to green building certifications and reduced environmental impact. The health-conscious nature of the materials means that they are chosen to promote good indoor air quality and general occupant health, free from harmful emissions or irritants. This commitment extends to the entire lifecycle of the products, from raw material sourcing to end-of-life disposal or recycling. Beyond acoustic benefits, the Ecophon solutions are designed for ease of installation and long-term durability. They offer a variety of panel types, colors, and textures, allowing architects and designers considerable freedom in creating customized interiors. The flexibility in design integration means these systems can be incorporated into new constructions or retrofitted into existing buildings without compromising aesthetic integrity. The product line includes options for various ceiling types, wall panels, and freestanding acoustic elements. Himmel Interior Systems, as a supplier, provides detailed product information, including data sheets and brochures, to assist professionals in selecting the appropriate solutions for their projects. They also offer resources that delve into specific applications, such as optimizing ceiling design for learning environments, building better futures in healthcare, and providing guidance on early-stage decision-making for walls and ceilings. These resources underscore the comprehensive approach to acoustic design and the commitment to supporting informed choices in the architectural and design community. Operating across multiple locations in Australia, including Blacktown NSW, Coopers Plains QLD, Mawson Lakes SA, Yarraville VIC, and Welshpool WA, Himmel Interior Systems ensures broad accessibility to their products and expertise. The company's focus on innovative acoustic solutions positions Ecophon as a key player in creating functional, aesthetically pleasing, and health-promoting indoor environments. #AcousticSolutions #CeilingDesign #InteriorSystems #SustainableMaterials #SoundAbsorption #ArchitecturalDesign #IndoorEnvironment #HealthcareDesign #EducationalFacilities

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

The demand for enhanced floor/ceiling acoustics in multifamily construction has increased significantly due to consumer preferences, updated guidelines from code bodies, and stricter enforcement of existing regulations. Design professionals face the challenge of adapting traditional sound control methods to these evolving requirements. This article examines crucial new guidelines for architects and specifiers and explores how construction manufacturers are developing innovative products and improving existing ones to achieve superior acoustical performance. Two primary measurement standards for acoustics in multifamily construction are the sound transmission class (STC) and the impact insulation class (IIC). STC quantifies the amount of airborne sound a building element, such as walls or floor/ceilings, can contain. IIC measures impact noise, like footsteps or dropped objects, transmitted through a floor/ceiling system. These single-number ratings apply to the entire assembly of materials separating tenants. For over 50 years, these metrics have guided architectural design teams in quantifying acoustic levels. Early documents like HUD's 1967 guide and the Uniform Building Code (UBC) emphasized sound control, with UBC requiring a minimum STC and IIC rating of 50 (or 45 if field-tested). Higher ratings indicate better performance. The adoption of the International Building Code (IBC) in 1997 raised awareness of acoustical ratings, though minimum requirements remained consistent with UBC. Despite growing competition in the multifamily industry leading to upgrades in flooring and lighting as amenities, acoustical performance often received little attention. This oversight is problematic given that acoustics significantly influence vacancy rates and are a common source of litigation. Furthermore, popular amenity upgrades, such as hard-surfaced floors and canister lighting, can negatively affect a floor/ceiling assembly's acoustical performance. To address the need for updated acoustical guidance, the International Code Council (ICC), in collaboration with acoustical experts, developed ICC G2-2010, "Guideline for Acoustics." This guideline acknowledges that current code requirements are insufficient for occupant needs and introduces two performance levels: 'acceptable' and 'preferred,' both surpassing minimum code requirements. These levels offer clearer targets for desired acoustical performance based on building type. For example, a luxury building or one with noise-sensitive occupants would aim for the 'preferred' level. A common design for multifamily projects, recommended by acoustical consultants, includes hard-surfaced flooring, at least 25 mm (1 in.) of gypsum concrete, a 6.4-mm (¼-in.) entangled mesh sound mat, a wood subfloor, wood floor trusses or joists, insulation, resilient channel, and a single layer of gypsum board. This assembly typically achieves an IIC of 51 to 55 and an STC of 56 to 60, depending on the floorcovering. While these ratings exceed code minimums and often meet the 'acceptable' STC requirement, they only marginally satisfy 'acceptable' IIC levels for nuisance impact noises. Achieving these ratings relies on proper selection and installation of all components, such as using high-quality resilient channels. To further improve IIC ratings, upgrades to the sound mat or resilient ceiling system are necessary. Advancements in sound mat technology include traditional entangled mesh mats manufactured with an additional acoustical fabric laminated to the underside, creating an extra vibration break and absorptive layer. This innovation improves IIC performance by two to five points without increasing the floor system's thickness. Another option involves using the standard 6.4-mm entangled mesh sound mat with a secondary topical mat placed between the gypsum concrete and the finished floor, provided the secondary mat is high-quality and tested for sound ratings specific to the assembly. Properly installed, high-quality resilient channels enhance IIC ratings, but faulty installation can undermine their effectiveness. New resilient clips have emerged that are less prone to improper installation and can deliver comparable performance. Hanging systems that incorporate springs and minimize contact between the resilient channel and the joist offer even better performance. Combining these products, such as ceiling wave hangers or spring isolators with a 6.4-mm entangled mesh sound mat, can enable systems to exceed 'acceptable' and approach 'preferred' IIC levels for hard-surfaced floorcoverings. Specifiers and architects must determine the desired level of acoustic performance for each project, moving beyond mere code compliance. Key considerations include the importance of acoustical privacy for tenants, the project's long-term use (e.g., apartments versus condominiums), and the potential for future changes in flooring. For instance, projects that may convert to condominiums should be designed from the outset with high-performance sound control throughout, as future owners might replace carpets with hard-surfaced flooring, necessitating stringent acoustical criteria. The wood-frame multifamily industry is increasingly prioritizing floor/ceiling acoustics, requiring specifiers to stay informed about new products and adapt specifications to meet specific sound control levels that contribute to end-user satisfaction. #MultifamilyConstruction #SoundControl #AcousticalPerformance #FloorCeilingAssembly #STC #IIC #BuildingCodes #GypsumConcrete #SoundMats #ResilientChannels #ArchitecturalDesign #ConstructionTechnology

Wood ceilings are increasingly recognized for their ability to blend aesthetic appeal with practical performance in architectural design. Beyond their visual warmth, wood panels offer significant acoustical benefits, helping to control sound in various spaces. The article highlights an example from the Lyric Opera of Kansas City, Missouri, where concealed wood veneer ceiling panels, perforated in an oval, straight-slotted pattern and backed with a fiberglass infill, were suspended in a sloped, ribbon-like configuration. This design not only added a rich aesthetic and subtle wayfinding to the lobby and reception area but also effectively improved acoustics. The design team noted that the ceiling complemented other linear elements, creating a dynamic visual effect. Accessibility is a crucial consideration in modern ceiling design, particularly with the growing complexity of building services in the plenum. Easy access is needed for the routine cleaning and servicing of ductwork, air diffusers, plumbing, fire protection systems, and for the installation, maintenance, and updating of cable, lighting, and wireless access technologies. Tegular assemblies with 'hook-on' installation are presented as an effective solution, offering full downward accessibility for safe and efficient panel removal. More intricate wood ceiling designs, including custom flat, curved, and radial systems, can also be engineered to ensure accessibility. The Gulf Canada Square Food Court in Calgary, Alberta, provides a case study where an existing drywall ceiling was replaced with a more dynamic and accessible wood system. Stantec's design incorporated a custom wood access ceiling radiating out in a sunburst pattern. The 316-m2 (3400-sf) ceiling features 234 dark cherry wood panels that gradually decrease in size towards the center. The consistent reveal between panels allowed for sound penetration into the plenum, utilizing acoustic treatment on the panel backs to enhance sound control. The suspension system was painted black to obscure the equipment above, making the wood panels the dominant visual element. Proper installation and humidity management are critical for wood ceiling longevity and performance. Wood panels are hygroscopic, meaning they absorb and release moisture in response to ambient humidity. Therefore, the HVAC system must be fully operational and stabilized before installation. Manufacturers typically recommend a temperature range of 10 to 30 C (50 to 86 F) and a relative humidity of 25 to 55 percent. Panels should be stored in the conditioned space for at least 72 hours prior to installation to allow for proper acclimation. Due to their weight, wood ceiling panels require a heavy-duty suspension system, as opposed to standard acoustical ceiling tile systems. When planning, it is advisable to limit cut panels, as exposed edges necessitate staining to match the panel finish. The integration of light fixtures, historically a challenge, has been streamlined through partnerships between ceiling and lighting manufacturers. Pre-engineered lighting integration options, such as low-profile, light-emitting diode (LED) linear luminaires that match panel lengths, are now available. These fixtures attach directly to the suspension system with special clips, eliminating the need for independent suspension from the structural deck and contributing to a flush, sleek visual. #WoodCeilings #AcousticalPerformance #BuildingDesign #ArchitecturalMaterials #InteriorDesign #CeilingSystems #HumidityControl #LEDLightingIntegration

The Skyfold Classic™ series represents a line of vertically folding operable walls designed to address various acoustic challenges within diverse architectural spaces. These challenges range from those found in standard offices and classrooms to more complex environments like auditoriums with sloped and stepped floors. The Classic™ series aims to provide flexible space management solutions without compromising on sound privacy and noise reduction. Key features of the Skyfold Classic™ series include its exceptional acoustic performance, meeting and exceeding industry standards for soundproofing. The series offers several models with varying Sound Transmission Class (STC) ratings: the Classic 51 provides an STC of 51 (RW 51), the Classic 55 offers superior soundproofing with an STC of 55 (RW 54), and the Classic 60 achieves maximum soundproofing with an STC of 60 (RW 59). Additionally, the Classic NRC model is specifically designed for excellent sound absorption, featuring a Noise Reduction Coefficient (NRC/SAC) of up to 0.65, alongside an STC of 50 (RW49), making it suitable for reducing ambient noise within meeting and conference rooms to enhance user comfort. These operable walls are characterized by their vertical motion, allowing them to retract fully into the ceiling when not in use. This mechanism conserves valuable floor space by eliminating the need for floor or wall tracks. The operation is fully automated and controlled by a simple turnkey system, negating the requirement for manual labor and ensuring quiet deployment and retraction. The design emphasizes a clean aesthetic, making it a premium product for various applications. The Classic™ series offers extensive customization in terms of dimensions and finishes. While the length is unlimited, the walls can reach heights of up to 36 feet (11 meters). A wide array of finish options is available, including vinyl, fabric, specialty metals, plastic laminates, marking surfaces, and wood veneer, allowing for integration with diverse interior design schemes. The walls are flat and rigid, yet lightweight, contributing to easier installation and lower structural demands. They can also be configured to meet at 90-degree angles and are adaptable for installation in spaces with stepped or sloped floors, providing significant design flexibility. Durability and reliability are addressed with a 2-year (5000-cycle) parts and labor warranty, complemented by a 10-year (5000-cycle) acoustical performance warranty. A safety obstruction sensor is integrated into the system for enhanced user safety. The product is suitable for a broad spectrum of applications, including hospitality venues, airports, function centers, corporate offices, educational institutions, healthcare facilities, and government buildings. Technical specifications and BIM objects are available for designers and architects to integrate these walls into their projects effectively. #OperableWalls #AcousticSolutions #SpaceManagement #InteriorDesign #ArchitecturalProducts #VerticalFoldingWalls #Soundproofing #FlexibleSpaces #AutomatedSystems

The nature of work and learning environments has significantly evolved, moving away from traditional, compartmentalized spaces towards open, collaborative layouts. While this shift promotes integration and creativity, it introduces new challenges such as increased distractions, sensory overload, and difficulty maintaining focus. These challenges highlight a fundamental architectural question: how can spaces simultaneously support connection and withdrawal, activity and silence? This inquiry resonates with the Japanese concept of *ma*, which emphasizes the significance of the interval or the space between elements in organizing and defining an environment. In architectural interior design, this concept can be realized through the creation of microenvironments that offer transitions, acoustic protection, and diverse functionalities within larger spaces. Addressing this, the Danish company DAMPA has developed DAMPA® Space, a modular system designed as an 'architectural piece of furniture.' This system creates temporary, flexible spaces for focused work or interaction within broader settings. Developed in collaboration with architectural firms Kjaer & Richter and Holmris B8, DAMPA® Space consists of a wall-mounted structure that can be unfolded to form small niches, workstations, exhibition areas, or zones for introspection. According to Liv Bach Henriksen, Architect MAA and Head of Learning Environments at Kjaer & Richter, the primary goal was to create a product that not only enhances acoustics but also facilitates the design of 'rooms within rooms,' providing flexible shielding without dominating the overall space. This is particularly relevant in learning environments that require varied zones to accommodate diverse activities while fostering inclusion. Constructively, DAMPA® Space utilizes curved metal panels with microperforations (Ø 4 mm, 40% open area) and a 30 mm stone wool core, drawing on the technical principles of the DAMPA® Silent Board system. This design achieves Class A sound absorption, with an αw rating of 0.95 (EN ISO 11654), representing the highest acoustic performance category. The system features a 2 mm steel structure, an 18 mm FSC-certified plywood desk, and an optional 6 mm FSC-certified bulletin board back panel for communication. All materials meet rigorous fire resistance standards (Class B-s1, d0 for metal components) and durability requirements (corrosion class B, EN 13964). Furthermore, the solution prioritizes sustainability through the use of recyclable aluminum and steel, along with demountable and reusable components, aligning with circular design principles. This high level of performance and flexibility makes the system particularly suitable for educational and professional environments. When unfolded, the panels offer both acoustic and visual shielding, and when not needed, they can be folded back to maintain an open and flexible space. This adaptability allows for continuous adjustment of space functions without compromising visual consistency or spatial unity. The effectiveness of DAMPA® Space was demonstrated at the Høje-Taastrup Culture & Community House, where it facilitated the creation of flexible small workspaces, empowering children with a sense of ownership while reducing acoustic and visual distractions. Beyond its technical and functional attributes, DAMPA® Space offers visual customization. Modules can be configured with various color combinations for metal elements and the back panel, allowing for seamless integration or the addition of vibrant character. Contrasting back panel colors can provide a different aesthetic experience when panels are opened. The carefully selected color palette enables numerous combinations and can even serve as a coding system for spatial navigation, transforming Space into both an acoustic tool and a design element. Ultimately, DAMPA® Space provides a technically sophisticated yet sensitive response to the demands of modern spaces by integrating high acoustic performance, functional mobility, and refined architectural aesthetics, effectively balancing openness and retreat, dynamism and pause, and sound and silence. #AcousticComfort #FlexibleDesign #ModularArchitecture #InteriorDesign #WorkplaceDesign #EducationalSpaces #Sustainability #MaterialInnovation #SoundAbsorption

The HeartFelt® Origami Ceiling System by Hunter Douglas is an innovative addition to their existing felt ceiling collection, integrating the art of origami with advanced acoustic engineering. This non-linear ceiling system is designed to provide both unique aesthetic appeal and exceptional sound absorption. Its construction relies on the principles of origami folding techniques, which introduce rigidity to the felt panels without the need for additional materials, thus contributing to circular and sustainable building practices. The system's playful arrangement of triangles results in a highly effective sound-absorbing surface, enhancing the acoustic comfort of diverse spaces. HeartFelt® Origami panels are made from non-woven thermoformed PES fibers and are available in three distinct shapes: Pyramid, Curve (S-Curve and A-Curve variants), and Weave (3, 4, 5, or 6 stripes per tile). These panels are supplied as 600x600mm tiles and achieve their final three-dimensional forms through pre-defined folding lines and incisions during installation. The product comes in a palette of five different shades of grey and five earth tones, offering versatility to complement various interior design schemes and create a warm, inviting atmosphere. Key features and benefits of the HeartFelt® Origami Ceiling System include its outstanding acoustic performance, achieved through the material's inherent properties and the origami-inspired design. The system is 100% recyclable or easily reusable, aligning with contemporary environmental standards. It holds a Cradle to Cradle Certified™ Bronze certification, signifying its commitment to material health and ecological responsibility. Furthermore, the panels are designed for easy maintenance, being dirt and dust resistant, which ensures long-lasting visual and functional quality. The versatility of HeartFelt® Origami makes it suitable for a broad range of applications across various sectors. These include corporate offices, retail spaces, leisure facilities, public areas, hospitality venues, healthcare environments, educational institutions, and residential settings. Its combination of aesthetic design, superior acoustic properties, and sustainable characteristics positions it as a valuable solution for architects and designers seeking to create comfortable, visually engaging, and environmentally conscious interiors. The product's technical documentation, including brochures and certification reports, is available for detailed review, providing comprehensive information on its performance and sustainability credentials. #AcousticCeilings #FeltCeilingSystem #OrigamiDesign #SustainableBuilding #InteriorDesign #SoundAbsorption #HunterDouglasArchitectural #CradleToCradleCertified #PESFibers

The increasing use of transluminous ceilings in architectural design is discussed, highlighting their contributions to sustainable building and occupant well-being. These ceilings, often employing thermoformed panels, leverage advancements in lighting technology to offer aesthetic and functional benefits. The article delves into the sustainability aspects of the materials used, particularly rigid vinyl (uPVC), addressing common concerns about vinyl's environmental impact. It emphasizes that while some organizations red-list vinyl due to manufacturing chemicals and combustion toxicity, certain manufacturers produce uPVC without harmful precursors and with stringent environmental controls. These panels can also achieve GreenGuard Gold certification for low volatile organic compound (VOC) emissions. The article notes that PVC compounds are inherently fire-resistant, and the minimal mass of thermoformed panels reduces their potential fuel contribution during a fire. Furthermore, the light weight and compact nature of these panels decrease the environmental burden associated with manufacturing, shipping, and handling. Beyond production, the life cycle performance of vinyl is explored. Despite vinyl's non-biodegradable nature, which is a disadvantage in landfills, it proves beneficial in building applications due to its durability. Thermoformed ceiling panels are water-resistant, do not support mold or fungi growth, and are easy to clean. Their robustness ensures resistance to damage during installation or maintenance, and UV inhibitors prevent discoloration. The article points out that these panels can often be salvaged and reused during redecoration or at the end of a building's life. If not reused, they are recyclable, with some manufacturers accepting scrap material to produce new panels with over 98 percent recycled content, demonstrating a high-quality closed-loop recycling process. The evolution of luminous ceilings, particularly with the integration of light-emitting diodes (LEDs), is a key focus. Grids with closely spaced LEDs positioned above and behind light-transmitting surfaces minimize the required distance between light sources and the finished ceiling. The article provides an example of LEDs spaced 25 mm (1 in.) on-center, positioned 125 mm (5 in.) above ceiling panels. This configuration allows frosted panels to create uniformly illuminated surfaces, while clear panels with molded surfaces effectively scatter the bright LED light. The unique interaction of different thermoformed panel styles with the LED array results in varied visual effects, and the appearance changes dynamically with the viewer's position. The discussion then draws upon Richard Kelly's three elements of visual design: focal glow, ambient luminescence, and play of brilliants. Traditional luminous ceilings excelled at providing ambient luminescence, characterized by shadowless, diffused light that minimizes form and suggests infinity, creating a reassuring and restful atmosphere. Modern transluminous ceilings have advanced to incorporate focal glow, achieved through variations in light intensity and color, which draws attention and highlights important areas. They also offer the 'play of brilliants,' creating sparkle and excitement through light shining through panel perforations or clear panel facets, akin to crystal chandeliers or Times Square at night. This technological evolution allows transluminous ceilings to provide a comprehensive lighting experience that can engage and stimulate occupants in diverse ways. #AcousticalCeilings #SuspendedPlasticCeilings #LuminousCeilings #Ceiling #Lighting #LED #Transluminous #SustainableDesign #Vinyl

This article highlights six innovative acoustic products featured on Dezeen Showroom, designed to effectively control noise levels in various interior spaces. The featured products range from disguised acoustic panels that double as wall decor to dedicated solo work booths and specialized ceiling tiles, all contributing to quieter and calmer environments. The increasing demand for noise-dampening solutions stems from the prevalence of open-plan offices and mixed-use spaces, but acoustic products are also gaining traction in educational, healthcare, and hospitality settings. These products typically incorporate compressed fibers such as felt, wool, or foam, which are known for their sound-absorbing properties. A notable trend in their manufacturing is the growing use of sustainable materials, with recycled PET plastic becoming a common component in felt, and natural wool maintaining its popularity due to its renewable origins. One of the highlighted products is the Buddyhub desk by Busetti Garuti Redaelli for Pedrali. This enclosed desk features an integrated, three-sided screen that provides both privacy and sound dampening. Available in various colors and with optional accessories, the Buddyhub desk can be adjusted for both seated and standing use, making it versatile for different work styles. Another innovative solution is the OmniRoom room-in-room system by Mute. This modular system, designed by architects, allows for the creation of functional, noise-regulated zones within open-plan workspaces. The system includes modules for meeting rooms, private offices, and breakout lounges, all equipped with acoustic systems to manage sound effectively. Narbutas introduces the Parthos acoustic column, a tubular piece of furniture that serves multiple purposes: dampening noise, providing decorative elements, and offering storage. This column comes in 12 colors and three heights, allowing for customization to suit different interior aesthetics and functional needs. For individual focus, Room's Phone Booth acoustic pod offers a quiet zone for solo work and phone calls. This single-person booth is constructed with three sound-absorbing layers—MDF, PET felt, and natural wool—which collectively reduce noise levels by 30 decibels, according to the manufacturer. This makes it an ideal solution for minimizing distractions in bustling environments. Woven Image presents the Fuji acoustic ceiling tiles, inspired by Art Deco and Japonisme design periods. These dish-shaped tiles are designed to be mounted on the ceiling, controlling noise and allowing for diverse pattern configurations to complement interior design schemes. Their aesthetic appeal combined with acoustic functionality makes them a versatile option. Finally, the Abstracta x Wall of Art collaboration features acoustic art prints that combine visual appeal with sound absorption. These wall art pieces have a sound-dampening fabric backing, effectively controlling noise while also serving as decorative elements. This integration of art and acoustics provides an elegant solution for improving sound quality in interiors. Each of these products demonstrates a commitment to enhancing the acoustic comfort of modern interior spaces while often incorporating sustainable materials and thoughtful design. #AcousticProducts #InteriorDesign #NoiseControl #OfficeFurniture #SustainableMaterials #ModularSystems #WorkplaceSolutions #CommercialInteriors #DesignInnovation

Autex has introduced Acoustic Raft, an adaptable acoustic beam system designed for both ceilings and walls, which is the latest addition to their Frontier system. This innovative system is engineered to absorb sound and can be customized to suit various environments, offering a versatile solution for noise management in diverse spaces. The Acoustic Raft components are meticulously scored, folded, and connected using a locking channel, which facilitates their integration with Autex Mounting Clips and Autex Frontier Extrusions. This modular design allows for a multitude of configurations without compromising its acoustic performance. One of the notable features of the Acoustic Raft is its aesthetic flexibility. The system is available in a palette of seventeen colors, providing designers with the opportunity to blend and contrast hues to create visually striking acoustic elements within an interior. This extensive color range enhances its appeal as a decorative feature in addition to its primary function of sound absorption. Each beam within the system is constructed from a high-performing, highly compressed polyester material, ensuring that they are both solid and lightweight. This material choice prevents bending or warping after installation, contributing to the system's longevity and maintaining its intended appearance over time. The installation and removal process of the Acoustic Raft system is designed for efficiency and adaptability. It is assembled using aluminum channels and clips, which allows for quick installation and easy disassembly. This feature is particularly beneficial in dynamic environments where the use of a space might change, requiring the removal or reconfiguration of acoustic treatments. This ease of manipulation makes the system a practical choice for temporary installations or spaces that undergo frequent redesigns. Beyond its functional benefits, Acoustic Raft also serves as a significant decorative element. When mounted on walls, it enhances both the acoustic properties and the visual appeal of a room. Alternatively, when suspended from ceilings using extension rods, it can transform into a prominent statement piece, drawing attention and contributing to the overall design narrative of the space. The customizable nature of the system allows designers to craft unique patterns by varying the spacing between modules or by incorporating multiple colored versions, enabling seamless integration into almost any interior design scheme. In addition to the Acoustic Raft, Autex's Frontier system can also incorporate Autex Acoustic Fins. These fins are offered in five standard designs and are available in two thicknesses, 12mm and 24mm, further expanding the design possibilities and acoustic solutions provided by the Frontier range. The Frontier system, including Acoustic Raft and fins, is engineered for a broad spectrum of applications. It is suitable for various settings, from retail spaces and office environments to commercial interiors, hospitality venues, and educational facilities, demonstrating its versatility and effectiveness across different sectors. Autex recently inaugurated a gallery-like showroom in London's Clerkenwell Design District to showcase their product offerings, including the Frontier system. Designers and interested parties can find examples of the Frontier system's application in specific projects and access additional details on the Autex website or by visiting their showrooms. #AcousticProducts #SoundAbsorption #InteriorDesign #ArchitecturalDesign #CommercialInteriors #CustomizableDesign #BuildingMaterials #OfficeDesign #ProductLaunch

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

Skyfold is a prominent manufacturer specializing in innovative, custom, and electrically operated vertically folding retractable walls. The company positions itself as a leader in acoustic solutions, offering flexible space management systems that allow for the rapid division or expansion of rooms. Their products are designed to serve architects, contractors, and end-users, providing a versatile approach to interior design and functionality. A key feature of Skyfold walls is their easy-to-use, self-retracting system and vertical motion, which enables quick reconfiguration of spaces. Skyfold walls are not merely functional partitions but also integrate aesthetic design elements. They offer a wide array of finish options, allowing for customization to complement or enhance a space's existing design. These options include practical surfaces such as whiteboard writing finishes, providing added utility. With over 7,000 installations globally, Skyfold has established itself as a preferred choice for professionals in architecture, construction, and interior design seeking premium, adaptable solutions. Commitment to sustainability and indoor environmental quality is a core aspect of Skyfold's operations. Since 2015, the company has been a certified member of the U.S. Green Building Council (USGBC). Their products and solutions are designed to contribute to LEED (Leadership in Energy and Environmental Design) program credits across six categories, reflecting their dedication to environmentally responsible building practices. This focus on sustainability aligns with growing industry trends towards green building and healthier indoor environments. In terms of performance, Skyfold offers the broadest range of Sound Transmission Class (STC) ratings in the industry, with values reaching up to STC 60 (Rw 59). This high level of soundproofing ensures privacy and comfort for occupants, making their walls suitable for diverse applications where acoustic control is crucial. The company provides a variety of product series, including Zenith®, Classic™, Zenith® Premium, and Mirage®, each tailored to specific requirements and design preferences. Additionally, specialized products like Retractable Walls for Stepped & Sloped Spaces and Markerboard Finish for Folding Walls demonstrate their capacity for addressing unique architectural challenges. Skyfold's offerings are supported by comprehensive technical guides, illustrating how their movable walls integrate with broader design principles and standards, such as the WELL Building Standard. The company also provides BIM (Building Information Modeling) objects for many of its products, facilitating seamless integration into architectural workflows and digital design processes. This commitment to advanced design tools and technical support underscores Skyfold's role as a comprehensive solution provider in flexible space design. #FlexibleSpaces #OperableWalls #AcousticDesign #InteriorArchitecture #SustainableBuilding #LEEDCertified #BIMIntegration #SpacePlanning #ArchitecturalSolutions

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

Plywood ceiling designs offer an innovative and creative approach to enhancing the aesthetics and functionality of any room. This versatile and affordable material can be fashioned into numerous designs, ranging from minimalist to elaborate, aligning with diverse architectural themes and personal tastes. Plywood ceilings come in various textures and finishes, capable of mimicking natural wood grains or being painted to complement a room's existing decor. Beyond their aesthetic appeal, plywood ceilings are known for their durability and longevity. They also provide excellent insulation properties, effectively reducing noise transfer between floors and offering resistance to humidity and mildew growth, particularly beneficial in moist environments. The broad spectrum of design possibilities allows plywood ceilings to seamlessly integrate with different interior design trends, fostering a warm and inviting atmosphere in modern, industrial, or rustic-style homes and commercial settings, making them a favored choice among both designers and homeowners. Among the featured designs, the Gypsum Ceiling Design presents an extravagant look through intricate patterns and textures, enhanced by small golden bulbs that create a starlit effect, adding depth and dimension. The Birch Plywood Ceiling highlights natural wood grains with a neutral color palette, offering a soothing and elegant backdrop that expands the perceived space. For kitchen settings, a plywood ceiling with integrated seams emphasizes linearity, complemented by black recessed lighting that provides focused illumination and creates a striking contrast with the natural wood tones. The Wooden Panel Ceiling Design forms a matrix of intersecting horizontal and vertical arrays, balancing rustic charm with modern design to produce a cozy and refined ambiance. The Plywood Plank Ceiling Design features a rustic plank appearance with a classy wooden finish, bringing timeless sophistication and natural warmth. Acoustic Plywood Panels combine functionality with grace, offering sound-dampening properties through symmetrical cut-out lines that also add to their aesthetic appeal, suitable for various environments from offices to homes. A Custom Ceiling Design showcases creative artistry with a wooden touch and symmetrical lines that form a square-shaped pattern, drawing attention upwards and contributing to a serene atmosphere. The Wood Herringbone Ceiling Pattern meticulously arranges wooden planks to create a stunning, eye-catching geometric design that adds movement and depth, commonly found in farmhouse or rustic interiors. The Slatted Plywood Ceiling introduces a modern aesthetic with suspended panels featuring a minimalistic, slatted arrangement and a wooden accent, enhancing professional environments. Lastly, the Plywood Herringbone Design utilizes parallel wooden planks set at precise angles to create a polished and visually dynamic layout, emphasizing the wood's natural beauty and adding sophistication. In essence, plywood ceilings significantly contribute to the character, aesthetics, and structural integrity of a space. Their cost-effectiveness, adaptability, and ease of installation, coupled with benefits like sound reduction, humidity resistance, and improved insulation, make them an attractive option for enhancing both residential and commercial interiors without exceeding budget constraints. #PlywoodCeilingDesigns #InteriorDesign #HomeDecor #ModernCeiling #AcousticPanels #WoodCeiling #ResidentialDesign #CommercialDesign

Mass-timber construction, encompassing elements like glued-laminated timber (glulam), cross-laminated timber (CLT), and nail-laminated timber (NLT), is gaining traction in the United States. These timber components offer inherent fire resistance through charring and possess high load-carrying capacities, making them suitable for high-rise buildings. Skidmore, Owings & Merrill LLP (SOM) has been researching the application of mass-timber in tall buildings since 2013. Their initial report, the Timber Tower Research Project, identified timber-concrete composites as an efficient solution for high-rise structures, capable of reducing embodied carbon. Following this, SOM released three additional reports specifically addressing the floor systems in high-rise, mass-timber buildings. Floor systems typically constitute the largest portion of a structure's cost and carbon footprint. While often governed by non-structural factors, floor systems significantly influence the design of supporting structural elements. They commonly incorporate concrete for acoustic control, fire resistance, and to conceal utilities. In conventional reinforced concrete and structural steel buildings, floor weight typically accounts for 60 to 80 percent of the total structural frame weight. Mass-timber floor systems, with their natural insulation and lower density (20 to 25 percent of concrete), offer an alternative. CLT floor planks, usually comprising three to five plies of wood for cost-effectiveness, range from 105 to 175 mm (4 1/8 to 6 7/8 in.) in thickness. These planks have a sound transmission class (STC) of 30 to 40, which falls below the International Building Code (IBC) requirement of 50 for dwelling units, thus necessitating acoustic treatment. A common method to enhance acoustic performance, as well as fire resistance and utility concealment, involves adding a 50 to 75 mm (2 to 3 in.) thin concrete topping slab over the timber. European mass-timber construction has already adopted this approach, developing connector systems to create structurally composite CLT and concrete topping slabs. These timber-concrete composite floor systems can achieve longer spans than conventional timber floors, thereby reducing the need for columns and bearing walls, which increases their market competitiveness. SOM's two recent reports further explore timber-concrete composite floors. The first details a physical testing program of these systems at Oregon State University (OSU), funded by the Softwood Lumber Board. The second, conducted with the American Institute of Steel Construction (AISC), investigates combining timber-concrete composite floors with structural steel frames for multifamily construction. Both reports are accessible on SOM's research website. The OSU testing program, completed in 2016, involved 20 individual tests across 14 full-scale specimens. These tests focused on structural behaviors crucial for design, such as composite connector effectiveness, two-way bending stiffness, long-term creep deflections, and a full-scale mockup test. The results indicated superior performance from epoxied connectors compared to mechanical ones, and that connector tests aligned with predictions. Two-way bending stiffness varied as anticipated across different axes and bending types. Long-term creep deflection increases were consistent with recommendations from the American Concrete Institute (ACI) and the US CLT Handbook. The full-scale mockup test demonstrated the floor system's capacity to support approximately eight times the code-required design load. While not necessary for design (which is governed by deflections and vibrations), this excess strength is advantageous for fire resistance, allowing for significant charring before load-carrying capacity is compromised. Future research at SOM will concentrate on fire testing of the system. The joint research project between SOM and AISC, concluded in 2017, explored timber-concrete composite floor systems with structural steel framing for high-rise residential buildings. The research aimed to develop a lightweight, prefabricated steel and timber system for buildings typically constructed with reinforced concrete. An 11-story reinforced concrete building designed by SOM, featuring a 200-mm (8-in.) thick post-tensioned flat plate floor, served as the benchmark. The proposed SOM and AISC solution involved timber-concrete composite floor planks supported by asymmetric steel beams. These beams had wider bottom flanges to support CLT plank ends, and their depth was designed to be integrated within the composite timber floor planks, creating a floor structure similar to a concrete flat plate without downward-projecting beams. Careful design of the steel beams and their column connections was essential to control deflections and vibrations. Material quantity estimates revealed the proposed system could achieve marketable column bays and a structural slab thickness comparable to concrete-framed buildings. Although further verification is needed, initial findings are promising, suggesting the system's market competitiveness. Timber-concrete composite floor systems represent an emerging technology in the United States, offering a unique combination of low weight, extensive spanning capabilities, and sustainability. They can be integrated with various framing systems to optimize overall performance. Further testing and precedent projects are necessary to establish a foundation for future code provisions governing the design of these innovative floor systems. #MassTimber #CompositeFlooring #TimberConcrete #TallBuildings #SustainableConstruction #StructuralEngineering #BuildingCodes #FireResistance #AcousticPerformance

The Kirei Acoustic Ceiling Baffle system is an innovative solution designed to enhance both the aesthetic appeal and acoustic performance of interior spaces, particularly those with high ceilings. Recognizing the increasing importance of room acoustics in modern design, Kirei, a company specializing in acoustic products, has developed this system. The Kirei Air Baffle, as it is named, draws inspiration from the iconic Nike Air Max, translating a design philosophy focused on performance and comfort into an architectural element. A key aspect of the Kirei Air Baffle is its commitment to sustainability. The product utilizes EchoPanel, a material made from at least 60% recycled PET, demonstrating a mindful approach to environmental responsibility in the manufacturing of acoustic solutions. Furthermore, the baffles are filled with Nike Grind fluff, a material derived from recycled athletic shoe waste. This integration of recycled content not only reduces waste but also contributes to the circular economy, offering an eco-friendly option for interior design. The Kirei Air Baffle product collection encompasses various models, including "No Window," "Short Window," and "Long Window" versions. These variations provide flexibility for different design requirements and aesthetic preferences. Each baffle features an outer hull of 12mm thick EchoPanel, ensuring durability and effective sound absorption. The internal Nike Grind fluff works to further enhance the acoustic properties of the panels, making them more than just decorative elements. Functionally, the Kirei Air Baffle system is engineered to significantly improve the acoustic environment of a room by reducing echo and reverberation. This is particularly beneficial in large open spaces or areas with hard surfaces that tend to amplify sound. The system is available in multiple sizes, including 40-inch, 48-inch, 72-inch, and 96-inch options, allowing for customization based on the specific dimensions and acoustic needs of a space. Each baffle is made to order, with a lead time of four to eight weeks, reflecting the tailored nature of the product. Designers and property owners can choose from 33 different colors of Kirei EchoPanels to seamlessly integrate the baffles into existing color schemes or to create a new visual impact. The installation process is designed to be straightforward, with products shipped ready for direct installation. They include necessary mounting hardware and suspension cables, eliminating the need for on-site assembly. This ease of installation streamlines the design and construction process, making it a practical choice for various projects. Beyond its functional benefits, the Kirei Acoustic Ceiling Baffle system contributes to the overall ambiance of a room, creating a softer visual and auditory experience. The curved design of the baffles, combined with their effective sound-dampening capabilities, ensures that while they improve acoustic performance, they also serve as an architectural design element that can be a focal point or blend harmoniously with the ceiling. This dual functionality highlights the product's role in creating more comfortable, aesthetically pleasing, and acoustically balanced indoor environments. #AcousticDesign #SustainableMaterials #InteriorDesign #CeilingBaffles #EcoFriendlyProducts #Soundproofing #ArchitecturalDesign #RecycledMaterials #ProductDesign

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

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

Alain Gilles has redesigned the 'BuzziBlinds' for BuzziSpace, transforming the popular sound-absorbing room partitions introduced in 2011. The updated BuzziBlinds offer an expanded range of possibilities for defining and redefining spaces, drawing inspiration from modernist architecture to incorporate rhythm and tonality through the orientation of V-cut blinds. This redesign addresses the challenge of creating visually lightweight partitions despite their repetitive elements, a key consideration for open-plan environments. The new BuzziBlinds are free-standing room dividers composed of five rotating acoustic blinds. These blinds can be adjusted with a simple twist, allowing users to vary the degree of openness or closure, thereby controlling privacy and sound absorption. This flexibility empowers individuals to customize their immediate environment, fostering concentration for specific tasks. The design evolution focused on making these spaces more personalized and adaptable. A significant aspect of the redesign involved completely re-envisioning the visual impact of the blinds. To prevent a visually heavy appearance, the dimensions of the blades were made wider, and their top shapes were reworked. BuzziSpace's innovative V-cut technique was employed to create intricate patterns on the outer material of the blinds. These patterns are subtly revealed by the interplay of light and shadow on the V-cuts, which are made in thick, sound-absorbing felt, adding a dynamic visual element that shifts with ambient light. The refreshed collection introduces four distinct shapes for the BuzziBlinds, each featuring various V-cut patterns directly carved into the BuzziFelt material. A notable feature is the ability to apply different colors to each side of the blinds, creating intriguing visual effects when partially opened. Furthermore, by rotating just two blades, new differentiated shapes and patterns can be formed within a single blind, and individual blinds can be fitted with unique colors. This extensive customization allows for an almost infinite array of configurations, providing architects and end-users with a powerful tool for creative expression. Constructed with a powder-coated metal baseplate and blinds featuring an aluminum core covered in recycled BuzziFelt, the partitions come in two heights: 150 cm (59.1 inches) and 185 cm (72.8 inches), with a common base of 149 x 49 cm (58.7 x 19.3 inches). The design also includes curved base plates, enabling the creation of full-circle partitions for unique spatial arrangements. The versatility of the BuzziBlinds makes them suitable for various settings, including open-plan offices, where they can make a significant statement through the strategic use of contrasted sides. This project highlights Alain Gilles's commitment to combining aesthetic design with practical functionality, offering innovative solutions for contemporary interior spaces. #AlainGilles #BuzziSpace #RoomPartitions #SoundAbsorbing #MovablePartitions #InteriorDesign #AcousticDesign #ProductDesign #ModernistArchitecture