Simulated Divided Lites and Panels

This article discusses the utility and aesthetic appeal of trellis panels and garden screening for outdoor spaces. These products serve both functional and decorative purposes, offering support for climbing plants and enhancing garden privacy. The article outlines various types of trellis panels available, including slatted and expanding options, and highlights the potential for customization through painting with fence paint. Additionally, it suggests integrating outdoor lighting to further brighten and accent garden areas. The article provides detailed filtering options for customers looking to purchase trellis panels and screening, categorized by various attributes. These categories include material, treatment, height, and width. Material options cover galvanised steel, mixed materials, plastic, plastic & willow, rattan, reed, softwood, timber, and wood, allowing for diverse aesthetic preferences and durability requirements. Treatment options, such as dip treated, fumigated, powder coated, pressure treated, stained, tanalith e, and UV resistant, indicate different levels of protection and finish available for the products. Height and width specifications are listed in various measurements, offering a wide range of sizes to fit different garden dimensions and design needs. Several product examples are featured, including the Wickes Exterior Screening Slatted Batten, Forest Garden Square Lattice Trellis, Forest Garden Slatted Trellis Panel, and Wickes Diamond Trellis Panel. Other options like Forest Garden Hidcote Diamond Lattice Trellis and Forest Garden Smooth Planed Trellis Panel are also presented. For natural screening, Wickes Willow Garden Screening and Wickes Reed Garden Screening are mentioned. Specialized products like Apollo Gardening Apple Leaf Expanding Trellis with Solar LEDs and Smart Garden Lemon Leaf Trellis offer unique features combining plant support with integrated lighting or artificial foliage. Key considerations for customers are addressed in a frequently asked questions section. It clarifies the primary uses of trellis panels, emphasizing their role in creating visually appealing garden structures and providing support for climbing plants, as well as acting as privacy screens. Common materials for trellis panels, such as wood (cedar or pressure-treated pine), are discussed for their durability and natural look. The article also provides a straightforward guide on how to install trellis panels, covering steps like determining placement, digging holes for fence posts or using brackets for existing structures, and securing the panels. It advises on adding climbing plants to enhance both the appearance and functionality of the installed trellis panels, transforming gardens into captivating retreats. The content effectively guides potential buyers through the selection and installation process, ensuring they can choose and utilize the best trellis and screening solutions for their garden. #GardenLandscaping #TrellisPanels #GardenScreening #OutdoorDecor #ClimbingPlants #PrivacySolutions #DIYGarden #HomeImprovement #ExteriorDesign

RHEINZINK horizontal panels are a contemporary and versatile metal panel system designed for horizontal façade compositions. These panels offer a modern, flat aesthetic suitable for various architectural applications, including commercial, residential, cultural, public, and industrial buildings, as well as hospitality projects. The system is particularly favored by planners and builders seeking clean structures with subtle design elements. One of the key features of RHEINZINK horizontal panels is their customizability. They can be specified in individual lengths up to 6000 mm (approximately 19.6 feet), which allows for the creation of large, uninterrupted façade surfaces. This flexibility extends to construction widths, which can range from 200 mm (approximately 0.66 inches) to 333 mm (approximately 1.09 inches). For construction widths equal to or greater than 250 mm, a metal thickness of 1.2 mm is recommended, while 1.0 mm is also available. Standard panel lengths are 3000 mm and 4000 mm. The design incorporates 20 mm (approximately 0.065 inches) wide shadow gaps, which contribute to a clear and structured visual statement on the facade. The system is also adaptable to unusual or curved façade surfaces, particularly with the use of H 25 horizontal panels. The installation process is described as simple, thoroughly tried, and tested, ensuring ease of assembly. A significant technical aspect of the RHEINZINK horizontal panel system is its indirect and invisible attachment method. This involves a specially developed rail that minimizes stresses in the material, which can arise from temperature-related changes in length. This indirect attachment helps maintain the integrity and appearance of the façade over time. The product is also Cradle to Cradle Certified™, indicating a commitment to sustainable and environmentally responsible material usage. In addition to facades, these metal panels can also be used for roofing and other exterior or outdoor applications. They are available in various metal types, including titanium and zinc/aluzinc, offering different aesthetic and performance characteristics. RHEINZINK provides several general catalogs and product files, such as brochures and fact sheets detailing zinc material properties, to assist architects and builders in product selection and application. #RHEINZINK #PanelSystems #HorizontalPanels #MetalFaçade #WallCladding #ArchitecturalDesign #ConstructionMaterials #SustainableBuilding #ExteriorDesign

Virtual reality (VR) offers a powerful platform for human behavioral studies through controlled simulations, yet accurate replication of real-world conditions, especially for lighting, remains a challenge. This study addresses the discrepancies in light distribution between real-world environments and VR simulations, developing predictive models to minimize these variations and outlining practical limitations. The research empirically examines illumination differences between real-world measurements, DIALux evo simulations, and Unreal Engine 5 (UE5) VR environments. A controlled room was used to collect data from 100 test points per plane (horizontal and vertical) across one-, two-, and four-luminaire configurations. Multiple linear regression with interaction terms was employed to develop predictive models for each configuration and plane. Model validation involved cross-space application and residual analysis using an additional dataset of 60 test points per plane in a separate room with a similar lighting setup. Statistical analysis revealed significant illumination intensity differences, ranging from 53% to 88% across various configurations. Specifically, UE5 substantially underestimated illumination, requiring 53%–61% correction on horizontal surfaces and 82%–88% on vertical surfaces, contrasting with DIALux evo's minimal error (0% to -5% on horizontal and ±20% on vertical surfaces). The predictive models developed proved effective in reducing discrepancies on the horizontal plane, particularly for linear, low-intensity lighting scenarios. For a single light source on the horizontal plane, the model achieved an R-squared of 0.998, explaining 99.76% of variance, with RMSE of 0.75 lx. For two light sources, the R-squared was 0.993, and for four light sources, 0.986. However, the models highlighted the need for further investigation into vertical illumination and more complex luminaire arrangements, as residual analysis for vertical surfaces showed significant deviations from normality and high multicollinearity, limiting the reliability of direct parametric inferences. Cross-space validation using a different office setup showed strong agreement between VR illumination predictions and real-world values on horizontal surfaces, with residuals ranging from -12 to +18 lux (errors ≤ 6.6%). A consistent underestimation bias of +145 lux was identified and corrected through calibration, improving model accuracy across varied spatial conditions. In contrast, vertical surface predictions exhibited variable underprediction (+60 to +110 lux), indicating orientation-dependent limitations and the need for context-specific refinements. This variability suggests that the current models do not adequately account for complex factors influencing vertical lighting behavior, such as spatial occlusion and material reflectance inaccuracies within UE5. This study underscores that visual fidelity in VR does not inherently translate to accurate illumination levels, emphasizing the distinction between visually oriented applications and those demanding precise, data-driven lighting models. It introduces a novel calibration methodology for multi-light configurations, advancing the reliability of VR lighting simulations for scientific investigations in the built environment, particularly for horizontal working planes. Future work should focus on integrating perceptual observations, developing advanced modeling techniques like machine learning for high-intensity and complex luminaire arrangements, and creating a unified framework for both horizontal and vertical predictions to broaden practical applicability. Overall, the findings have practical implications for VR-based lighting studies, building performance simulations, and virtual illumination design, promoting more accurate and reliable VR tools for sustainable architectural design and human-centric built environments. This research contributes to SDG 7 (Affordable and Clean Energy) and SDG 11 (Sustainable Cities and Communities) by enhancing the precision of VR tools in design, research, and the construction industry. #VirtualReality #LightingSimulation #IlluminationFidelity #BuiltEnvironment #PredictiveModeling #Calibration #UnrealEngine

This article highlights two innovative wall panel collections that redefine traditional wall surfaces through geometric patterns and material experimentation. The first collection, Sfera, by New York-based designer Alison Rose in collaboration with Artistic Tile, offers a modern take on stone mosaics. Sfera features circular, waterjet-cut quartz layered with disks of Carrara, Calacatta, and Nero marble. The seemingly random arrangement of these stone elements actually forms repeating triplets, a design approach reminiscent of Rose’s previous Bauhaus-inspired mosaics. The inspiration for this geometric pattern play, available in Grafite, Lilac, and Verde colorways, stems from biological cell movement, imbuing the orbs with a dynamic, almost bouncing visual effect across the surface. These mosaics are versatile and can be specified for various applications, including walls, floors, and wet zones like showers, offering a refreshing update to conventional stone mosaic designs. The second collection introduces new mosaic-style wood panels from The Wood Veneer Hub, a family-owned U.S. manufacturer. These Hex Wood Mosaic wall panels infuse traditional wood paneling with geometric vitality. Measuring approximately 12.5 by 11 inches, these tile-like units are made from hemlock and Douglas fir. A key feature of these wood panels is their thermal modification process: they are treated at super-high kiln temperatures instead of being chemically treated to enhance resistance to insects, moisture, and rot. This environmentally conscious manufacturing process also includes the recycling of sawdust and wood scraps, demonstrating a commitment to sustainability. These innovative wood panels are designed to add visual interest to both exterior and interior walls, providing a unique blend of natural material and modern geometric design. Both collections showcase a creative approach to surface design, moving beyond conventional materials and applications to offer unique aesthetic and functional solutions for architectural and interior spaces. #WallPanels #StoneMosaics #WoodVeneer #GeometricDesign #InteriorDesign #SustainableMaterials #AlisonRose #ArtisticTile #TheWoodVeneerHub

This article discusses the development and application of structural glass sandwich panels with an aluminum honeycomb core, specifically for restaurant extensions and an entrance canopy at The Berkeley Hotel in London. The project aimed to create a bright, open space while providing sun protection and privacy, a challenge that traditional reflective coatings or ceramic frits could not adequately address without compromising the aesthetic of lightness and transparency. The solution involved using glass sandwich panels with an aluminum honeycomb core, an approach previously seen in smaller-scale interior decorative and floor panels but requiring significant engineering development for exterior, large-scale applications. The panels needed to offer durability, strength, stiffness, and clarity, prompting the development of a comprehensive testing and acceptance criteria. Given the large size of the panels, exceeding typical manufacturing capabilities, a specialist façade contractor developed a new production method. A key innovation was addressing the pressure changes within sealed sandwich panels exposed to weather. The proposed solution involved ventilating the panels through silica gel desiccant canisters to dry incoming air and prevent condensation, a technique common in electrical transformers but novel to the glazing industry. This technique holds significant potential for various façade applications. Architects Rogers Stirk Harbour + Partners sought a combination of technology and craftsmanship, likening the desired aesthetic to a Bugatti. Initial explorations of various shading and privacy devices within double-glazed units did not meet the stringent requirements for clarity, sparkle, and charm. The discovery of a small sample of a clear plastic sandwich panel with an aluminum honeycomb core, and observations of glass floors and interior dividers utilizing similar honeycomb structures, led to the adoption of this concept. The natural variations in the hexagonal cells of the honeycomb, a result of the manufacturing process, were embraced for their aesthetic richness rather than viewed as defects. Performance considerations were critical. While the aluminum foil is thin, its thermal conductivity necessitated additional insulation for the building envelope. This was achieved by incorporating a conventional insulating cavity with laminated heat-strengthened glass on the interior face of the structural honeycomb panels. A solar reflective coating on the lower pane and a low-emissivity coating on the insulating cavity minimized heat gain and loss. Estimating the shading coefficient was complex due to the honeycomb's geometry, requiring various simulation methods. A significant advantage of bonding honeycomb to glass skins is the enhanced stiffness and strength, enabling the construction of 4.5m high walls without mullions and 1.9m wide roof panels with minimal fall. The development phase involved selecting a clear adhesive and devising a manufacturing process for large panels, given the lack of existing facilities for the required size. A rigorous testing program was initiated to verify durability and properties, including tests for yellowing, chemical compatibility, fogging, moisture ingress, accelerated aging, mechanical strengths (tensile, compression, flexural), cyclic temperature, and impact resistance. The chosen adhesive demonstrated excellent performance, maintaining clarity and mechanical properties. A specialized panel manufacturing cell was developed for adhesive application and UV curing. Addressing climatic loads, particularly pressure changes in sealed sandwich panels, was crucial. The honeycomb core prevents glass deflection, leading to significant isochore pressure. To ensure durability and prevent seal failure, the panels were designed to equalize to external pressure using perforated honeycomb, a method borrowed from aerospace applications. To counteract the issue of moisture ingress due to equalization, industrial desiccating breathers containing silica gel granules were employed. These units, which also feature relief valves, ensure that the cavity remains dry enough to prevent condensation. This technique, though not resulting in the ultra-low dew-point of hermetically sealed units, is sufficient for preventing transient condensation. Potential applications extend beyond façades to include glass floors, offering high strength-to-weight ratio and obscuration while maintaining brightness. The desiccant breather system was also successfully applied to spherically curved insulating glass units on the Las Vegas High Roller observation wheel. The technique has broader implications for curtain wall systems and could allow for greater design flexibility, extend product life, and facilitate material recycling by avoiding permanent bonding of panes. In summary, structural glass sandwich panels with a honeycomb core provide unique architectural qualities, and the desiccant breather technique enhances their durability and broadens their application potential. #StructuralGlass #SandwichPanels #HoneycombCore #FacadeDesign #ArchitecturalGlass #BuildingMaterials #GlazingTechnology #SustainableDesign #GlassInnovation

This article explores a variety of room divider ideas, presenting them as a practical alternative to entirely open-plan living spaces. It emphasizes that room dividers offer numerous clever and inspiring ways to optimize a living area's functionality and aesthetic. The core concept revolves around creating a 'broken plan' layout, which represents a middle ground between completely open spaces and traditional, separated rooms. Room dividers can be implemented through various means, including screens, partitions, and the strategic placement of furniture or bookshelves. The article highlights that beyond their functional utility, room dividers can introduce elements like color, pattern, texture, and dimension into a room. They can be used purely for decorative purposes, to create an illusion of privacy, or to enhance the perception of space in smaller rooms. One suggestion is to design integrated partitions, as demonstrated by Simon Tcherniak of Neville Johnson. He advocates for utilizing unused vertical space with features like extra-tall bookcases, possibly with a ladder, or open/hidden shelves for display or storage. Another approach involves the use of classic steel frames, which offer a visually appealing way to connect rooms while maintaining a sense of separation. Chris Eaton from Stiff + Trevillion notes that glazing systems can bring natural light into areas lacking windows and can be designed with varying pane sizes and integrated doorways or casement windows. Movable screens are also discussed as a flexible option for creating cozy, confined spaces within larger rooms, as suggested by Paolo Moschino of Nicholas Haslam, who appreciates their ability to conceal and reveal spaces gradually. Decorative glazing is presented as a subtle way to zone off areas. Extending a glass partition just a short distance into a room can effectively break the open-plan flow. An example from Maddux Creative showcases a steel frame with geometric glazed panels, incorporating different types of glass (colored, fluted) and suggesting coordinating flooring to emphasize the divider's role. For brightening dim spaces, steel-framed doors are recommended, especially Crittall glazing, which allows light to flow while maintaining warmth and creating quiet zones. Investing in sliding panels offers versatility, enabling residents to close off areas when needed without compromising the room's appearance when open. The article features a London apartment with floor-to-ceiling sliding panels clad in parquet, which seamlessly integrate into the space. The panels can also conceal recessed pockets for displaying art. For larger rooms, integrating a glazed partition with a gap in the middle can effectively create two distinct zones while allowing free movement between them. An example illustrates using this for an entertainment center, complete with a blackout screen for cinematic experiences. Beyond structural elements, the article suggests using furniture to define zones, particularly in open-plan living rooms where permanent dividers may not be suitable. High-backed seating and ceiling-high bookcases are cited as effective tools for this. Lastly, hanging drapes or sheer curtains can divide a large bedroom, adding privacy, color, texture, and dimension without permanent structural changes. The article concludes by presenting central heating options, such as positioning a freestanding woodburning stove, as a way to connect different zones while adding warmth and a design feature. #RoomDividers #InteriorDesign #SpacePlanning #BrokenPlanLiving #HomeDecor #ArchitecturalFeatures #GlazingSystems #FurnitureArrangement

The article explores the multifaceted utility and aesthetic appeal of room dividers, highlighting their resurgence in contemporary home design, particularly with the rise of remote work. Interior designer Thom Filicia emphasizes that folding screens serve as more than mere space separators; they contribute significantly to a room's scale, texture, artistry, and overall decorative essence. He describes them as "pop-up architecture" capable of defining different zones within an open-plan area, softening architectural edges, or strategically concealing unsightly elements like heating and air-conditioning equipment. Filicia also notes their effectiveness in framing and accentuating furniture, mirrors, and artwork, and their practical application in providing privacy, even in modern glass-walled apartments. The article suggests that the COVID-19 pandemic and the subsequent shift to working from home have propelled room dividers back into prominence. With personal spaces increasingly needing to accommodate multiple functions, these screens offer an ideal solution for creating a physical and psychological distinction between work and leisure areas within the same room. Filicia anticipates a "renaissance" for room dividers as people seek flexible ways to adapt their living environments. Key considerations for selecting a room divider are also discussed. The appropriate height of a screen depends on its intended use, with Filicia mentioning that screens as low as 30 inches can be effective for concealing vents. The choice of material is also important; upholstered screens are presented as an opportunity to introduce beautiful textures and patterns, and they can also contribute to improved acoustics in echoey rooms. Regarding opacity, the article advises that while full privacy might necessitate an opaque screen, semi-transparent options are often preferred for their ability to offer a sense of division without completely blocking sightlines, which Filicia poetically likens to "lingerie for the room" – revealing enough to pique interest but maintaining an element of mystery. Several examples of room dividers are featured, illustrating the variety available in terms of design, material, and price point. These include the Betty Room Divider Screen, an upholstered option with panels of varying sizes; the Blink Screen, a steel design with mirrored panels by Yabu Pushelberg; the Roma Room Divider Screen, an iron screen incorporating woven banana-leaf panels; the Anaise Cane Room Divider Screen, a black-stained wood-and-cane design with arched panels; and the high-end Venier Screen, a leather-and-metal piece by Sebastian Herkner. These examples showcase the diverse styles and functionalities that modern room dividers offer, from natural materials to sleek, contemporary designs, catering to different aesthetic preferences and practical needs. #RoomDividers #InteriorDesign #HomeDecor #FoldingScreens #WorkFromHome #SpacePlanning #HomeFurnishings #Furniture #DesignTips

This article details a creative DIY project for a child's bedroom, focusing on a unique floating shelf display designed to store and showcase Lego creations. The project, undertaken by DIYer Lindsey Joy for her sons' shared bedroom, was inspired by a desire to keep Lego builds visible and organized without clutter. The central feature of the display is a large circular mural painted on the wall, employing a color-blocking technique with two shades of blue: Clare’s Blue Ivy for the main wall and a slightly darker Deep Dive for the circle itself. This color scheme was chosen to introduce a sophisticated, lunar-inspired aesthetic to the room, moving away from a traditional toddler-like feel. The process of creating the precise circular mural is outlined, involving a simple technique similar to using a giant protractor: a nail is hammered at the desired center, a string of the chosen radius is attached, and a pencil tied to the end is used to draw the perfect circle. After sketching, the border is painted with a small brush, and the interior is filled with a roller. The floating shelves themselves were either custom-built from plywood and pine or can be recreated using readily available options like IKEA’s Lack shelves. The critical aspect is ensuring the shelves fit perfectly within the painted circle’s diameter and are spaced evenly. Joy painted her shelves in the same Deep Dive color as the inner circle, allowing them to blend seamlessly with the mural. The functionality of the display is highlighted by how the Lego structures are arranged. More intricate and cherished builds are placed on higher shelves, protecting them from accidental knocks, while the lowest shelf is equipped with baskets for additional toy storage, such as American Girl Doll accessories, leaving room for future acquisitions. To enhance the space-themed design, two plug-in globe sconces from World Market were installed on either side of the circular mural, eliminating the need for complex wiring. The article also touches upon the importance of reinforcement for floating shelves, particularly in a child's room. Joy used 6-inch-long metal brackets to secure her shelves, a measure proven necessary when her son attempted to use them as a ladder. Fellow DIYer Molly Madfis, who created a similar mustard-toned circle mural, advises painting these metal brackets the same color as the wall to make them virtually invisible. The concept extends beyond kids' rooms, as exemplified by Laura Lane and Nic Rad, who incorporated a custom-built, ombré pink round shelf unit with integrated shelves into their Brooklyn living room, demonstrating the versatility of this design for displaying various knickknacks without creating clutter. #KidsRooms #FloatingShelves #DIYHomeDecor #ColorBlocking #WallMural #LegoStorage #RoomRenovation #CreativeStorage #HomeOrganization

Nathalie Van der Massen has unveiled REN, a limited-edition collection of room dividers that seamlessly merge design, art, and architecture. The collection, consisting of one four-panel divider and two two-panel dividers, is characterized by its use of natural materials and intricate weaving techniques, drawing inspiration from Belgian textile heritage. The designs are crafted to offer both privacy and transparency, adapting to various architectural contexts and aesthetic preferences. The genesis of the REN collection stems from Van der Massen's experience with requests for custom textiles in her architectural projects. This led her to develop a foundational framework that could integrate bespoke textile designs in a scalable and versatile manner. The creative process involves a blend of manual and digital techniques to produce the fabric wefts. A key aspect of her methodology is the selective removal of threads to achieve deliberate areas of transparency within the woven patterns. Furthermore, the designer manipulates the tightness of the weaves, introducing subtle variations in translucency and light interaction across the panels. The collection features three distinct designs: SAN, SAI, and DAN. The SAN room divider is a four-panel piece crafted from walnut wood. Its extended length allows for an alternative use as a headboard. The textile elements are woven directly around and within the wooden frame, making the wood an integral part of the design rather than merely a structural border. This approach blurs the line between furniture and textile art, highlighting the material's inherent qualities. SAI and DAN are both two-panel room dividers, each presenting a unique interpretation of the wood frame's visibility and interaction with the woven elements. SAI exhibits a sense of movement and lightness, with its paper weave dynamically interacting with the frame. This design allows for a greater flow of light, contributing to an airy and rhythmic aesthetic. In contrast, DAN adopts a more minimalist and conventional room divider appearance, emphasizing simplicity and clean lines. This design is characterized by its ability to absorb light through its fabric, creating a more defined and enclosed space. Each room divider within the REN collection possesses distinct characteristics that influence how it interacts with light and space. SAI's design promotes light transmission, while DAN's fabric composition absorbs light. The SAN four-panel divider combines both these properties, offering a versatile solution for different lighting environments. Despite their individual differences, all three designs share the common goal of providing both artistic appeal and practical functionality, enhancing the aesthetic and utility of any interior space. The collection is available in a limited edition of eight pieces for each design. #RoomDividers #NathalieVanderMassen #HomeFurnishings #TextileDesign #InteriorDesign #BelgianDesign #LimitedEdition #ArchitecturalTextiles #Materiality

Wood panelling, a striking feature in period homes, has a rich history that evolved from a humble insulating element to a highly decorative design feature. Early forms of panelling were simple vertical timbers without moulding or panels, primarily serving to warm rooms. These early timber walls were sometimes painted to mimic wall hangings. However, the potential for incorporating artistic and fashionable decoration quickly transformed their purpose. By the late 15th century, the innovative linenfold panelling emerged. This style featured intricate carvings designed to resemble folds of linen, reflecting a new level of craftsmanship and aesthetic ambition. Its enduring popularity ensured its presence in many period homes, often seen through later revivalist interpretations. This development marked a significant shift from purely functional wall coverings to those that also served an aesthetic purpose, adding character and sophistication to interiors. The most widespread style that eventually developed was a plain, uniform design consisting of square or rectangular panels. These panels were constructed using a framework of vertical stiles and horizontal rails, meticulously joined together with tenons and pegs. Smaller square panelling gained prominence in the late 16th century, particularly in grander country houses where frieze details were often incorporated. Simpler versions, often without or with undecorated friezes, were also common. Notably, these early panelling styles were designed to sit directly on the floor, lacking skirting boards. If skirting is present in panelling from this period, it is almost certainly a later addition. Due to the high cost of panelling in these early eras, only the most important rooms in smaller homes, such as those belonging to aspiring merchants and yeoman farmers, would be panelled. Typically, the parlour and the bed chamber above it were chosen, reflecting their status as the best rooms in the house. The Renaissance brought new inspiration from continental Europe, leading to the first attempts at classical styling in British homes. During the Elizabethan and Jacobean periods, panelling became a standard feature. Elizabethan designs favored square or geometric patterns, while the Jacobeans increasingly adopted classical motifs and proportions. These classical details were often directly copied from drawings or etchings derived from studies of ancient ruins, introducing fashionable architectural elements previously unavailable to a wider audience. This evolution solidified wood panelling's role not just as a practical element but as a significant artistic and historical marker within interior design. #WoodPanelling #PeriodHomes #InteriorDesign #ArchitecturalHistory #ElizabethanDesign #JacobeanDesign #ArtsAndCrafts #HomeDecor #Conservation

The article presents a curated collection of ten interior designs that creatively employ room dividers to segment spaces, offering practical and aesthetically pleasing alternatives to traditional walls. The featured projects showcase a diverse range of divider types, including lightweight screens, adjustable curtains, and integrated furniture units like shelving. These innovative solutions are designed to break up large rooms, provide privacy, and enhance the overall functionality and visual appeal of interiors. The first example is the Ready-made Home in Bilbao, Spain, designed by Azab, which utilizes pale blue curtains to partition a semi-circular floor plan, creating distinct bedroom and bathroom areas while adding a playful element to the apartment. Following this, Casa Alma in Brasil by Studio Melina Romano transforms an exhibition space into a cozy apartment-like setting using gauzy curtains and rounded elements, aiming for a sensorial experience. Studiomama's Metamorphic Wardrobe in the UK serves as a versatile piece of furniture that functions as both a wardrobe and a room divider, offering a creative solution for privacy in open-plan living. The K5 Tokyo Hotel in Japan, designed by Claesson Koivisto Rune, features delicate blue ombre curtains in its guest rooms, providing private nooks around wooden desks and beds. In Madrid, Lucas y Hernández-Gil’s Casa A12 incorporates shiny silver curtains to section off a bedroom suite in a basement apartment, addressing challenges of light and space. Another project by Foomann Architects in Melbourne, Australia, involves a timber bookshelf strategically placed to divide a combined living, kitchen, and dining area, allowing natural light to penetrate the entire space. Philippe Malouin's Study Screens in the US showcase experimental room dividers made from various materials, including perforated metal, to create intimate zones in a historic building. AdH House in Mexico by Simon Hamui features a slatted screen divider crafted from wood and brass, offering privacy to the dining area while maintaining an open feel. AML Apartment in São Paulo, Brasil, designed by David Ito Arquitetura, uses a glass curtain wall and sliding doors to flexibly divide living and dining areas, accommodating social events. Finally, Casa P82 in Madrid by Lucas y Hernández Gil employs bright orange full-height partitions instead of walls to create a spacious and modern apartment from a previously cramped layout. This lookbook is part of a series offering visual inspiration from Dezeen's archives, covering various interior design themes. #RoomDividers #InteriorDesign #SpacePlanning #HomeDecor #ArchitecturalSolutions #FlexibleLiving #FurnitureDesign #Curtains #ShelvingUnits

Room dividers are a versatile design solution that can transform an interior, whether separating spaces in an open layout or enhancing a dull corner. Beyond traditional folding screens, room dividers can take many forms, including bookshelves and glass walls. This article presents over a dozen innovative room divider ideas suitable for dining areas, living spaces, and other rooms. One suggestion is to use a tall, neutral design, such as a folding screen, to add warmth to a living room, as demonstrated in a New York City loft. Another idea involves incorporating a sliding frosted glass screen to provide visual interest and privacy in spaces like a Beverly Hills dining area. Vintage screens, exemplified by a striking Fornasetti screen in a Greenwich Village home, can introduce personality and serve as a distinctive backdrop for furniture. Curtains offer an elegant and practical way to divide living spaces, especially in industrial-style lofts. For those seeking character, a 19th-century French screen with a botanical print can complement maximalist interiors, while antique Japanese screens can inject personality into dining rooms. Bookshelves, used in pairs, can effectively separate living areas from family rooms, as showcased in a SoHo loft. To brighten a neglected corner, a textured folding screen in a vibrant color can provide a decorative and functional touch. Glass walls or sleek glass doors are recommended for creating an airy, zen-like feel, separating areas like a bedroom from a living space in a Brooklyn loft. Historically significant pieces, such as a 19th-century Korean screen, can add contrast and a statement piece to a sitting room. Faux leather screens, particularly in crocodile textures, can balance color palettes in luxurious living rooms. Chinese screens, famously used by Coco Chanel, can create additional focal points and separate areas within a living space. Wood doors, especially antique ones from places like Uruguay, can make a grand statement in an entryway. Patterned screens, like those designed by Galerie Glustin, can enhance the sitting room of a pied-à-terre. Room dividers can also be strategically placed to flank architectural features, such as fireplaces, using items like Chinese lacquered screens. Upholstered screens can add a unique design element, seen in celebrity homes featuring custom designs. Finally, a single eye-catching bookshelf, placed away from a wall, can effectively divide an open space in a library-like manner. These diverse examples highlight the functional and aesthetic benefits of room dividers in various home settings. #RoomDividers #InteriorDesign #HomeDecor #SpacePlanning #FoldingScreens #Bookshelves #GlassWalls #LivingRoomIdeas #DiningRoomIdeas

This article explores various stylish and practical room divider ideas for different homes and budgets, focusing on solutions that enhance functionality and aesthetic appeal. The concept of dividing open-plan spaces, which gained prominence during the pandemic, is central to these ideas, moving away from rigid wall constructions towards more flexible and light-conscious divisions. The article details twelve distinct methods, starting with the use of etagere shelves and open furniture. These options allow for the creation of separate zones without obstructing natural light, making them suitable for dividing bedrooms into sleeping and dressing areas or zoning living rooms. Experts suggest using open shelving for decorative items like scented diffusers, candles, or plants to improve air quality, while also emphasizing the importance of cohesive furniture and color palettes to maintain harmony across divided spaces. Another approach discussed is the 'broken-plan' wall, which involves partial walls or built-in cupboards to create subtle breaks, or glass screens to divide areas without sacrificing natural light. Freestanding screens offer a quick and versatile solution, particularly useful for creating private eating areas or adding decorative elements. For a more robust yet reconfigurable option, semi-structural dividers like wood or steel panels set on floor and ceiling tracks are presented as an alternative to permanent walls, offering flexibility to adapt spaces as needs change. Furniture arrangement is highlighted as a simple yet effective way to define zones within an open-plan layout, especially in combined kitchen/living areas. Sofas, chaise lounges, and storage units can visually separate functions like seating from work-related items. The kitchen island serves a dual purpose as both a functional workspace and a natural divider, providing a focal point, dining space, prep area, and storage. Peninsulas are suggested as a space-saving alternative for smaller kitchens. Room divider doors, including traditional folding, bifold, sliding, and pocket doors, offer practical solutions for privacy and noise control, particularly for closing off utility rooms or creating calm havens. Glass doors, especially Crittall-style, maintain an open feel while providing division. Rugs are introduced as a non-physical divider, effectively delineating spaces in open-plan or smaller homes through variations in color, pattern, and texture, with emphasis on appropriate sizing to define zones. Wall and floor color changes are also explored as a method to visually differentiate functional areas, with suggestions for vibrant paint colors in workspaces and contrasting flooring types. Curtains provide a budget-friendly and quick way to screen off areas, adding color and texture while offering flexibility to conceal spaces like home offices at the end of the day. Lastly, plants offer a natural and aesthetically pleasing way to divide rooms. While living walls can be complex, simpler DIY options like freestanding clothes rails with trailing plants or large potted plants can achieve a similar effect, contributing to both visual separation and improved indoor air quality. #InteriorDesign #RoomDividers #HomeDecor #SpacePlanning #OpenPlanLiving #FurnitureArrangement #HomeImprovement #DIYHome #DecorativeScreens

Decorative wall panels are experiencing a significant resurgence in interior design, offering a versatile and stylish solution for enhancing various spaces within the home. This trend encompasses both traditional wall panel kits and more modern acoustic wall panels, each providing unique aesthetic and functional benefits. Wall panels serve as an effective alternative to traditional plastering, allowing homeowners to achieve a refined and sophisticated look without the extensive labor or cost associated with professional plasterwork. The article highlights that wall panel kits are designed for ease of installation, making them a popular choice for DIY enthusiasts. These kits typically consist of pre-cut, lightweight MDF strips that can be readily affixed to smooth walls. The installation process usually involves applying a suitable wood adhesive, with the option of additional securing with a nail gun, particularly in high-traffic areas, to ensure long-term stability. This method allows sections of the existing wall to remain visible between the installed slats, creating depth and visual interest. To achieve a cohesive finish, the entire area, from the top moulding to the skirting board, is painted after installation, seamlessly integrating the panels into the room's design. Full wall panels, on the other hand, offer a comprehensive solution for walls that may require more extensive coverage or are in need of plastering. These panels provide a solid surface and demand proper securing with screws to ensure a robust and lasting installation. The distinction between wall panel kits and full panels lies primarily in their application and the degree of coverage they provide, with kits being more decorative and full panels offering a more foundational wall treatment. Beyond their aesthetic appeal, acoustic wall panels are noted for their retro and fashionable quality, contributing to improved sound insulation within a space. This functional benefit makes them suitable for various rooms, from living areas to bedrooms, where reducing ambient noise can enhance comfort and tranquility. The article also touches upon a wider range of moulding and cladding options available, including decorative mouldings, stripwood, interior timber wall cladding, dado and picture rails, and interior PVCu cladding. These options provide homeowners with diverse materials and styles to customize their wall treatments further. Bathroom wall panels are specifically mentioned as a practical and stylish solution for moisture-prone environments. These panels offer a waterproof and easy-to-clean surface, making them an ideal choice for bathrooms where durability and hygiene are paramount. The popularity of decorative wall panels is attributed to their ability to add character, depth, and a sense of luxury to any room, making them a highly desirable investment for home improvement projects. #WallPanels #HomeDecor #InteriorDesign #DIYHomeImprovement #AcousticPanels #WallCladding #Mouldings #BathroomDesign #HomeRenovation

Japanese designer Yasutoshi Mifune has developed an innovative modular paper screen called Kakine, which translates to "hedge" in Japanese. This screen allows for variable shapes and sizes through the assembly of its individual paper components. Each unit of the Kakine screen is uniquely formed like a branch, yet all units share the same size and shape, designed to interlock seamlessly like puzzle pieces. This modularity is a core aspect of its design, enabling users to customize the screen's configuration to suit different spatial requirements and aesthetic preferences. The Kakine screen's apparent complexity belies its simple construction, as it is composed solely of a single, replicated paper piece that fits together repeatedly. This approach highlights an elegant simplicity in design, demonstrating how a singular, well-conceived element can be multiplied to create intricate and adaptable structures. The design emphasizes sustainability and resourcefulness by relying on a single material and a repetitive manufacturing process. Mifune's work with the Kakine screen exemplifies a blend of traditional Japanese aesthetic principles, such as modularity and natural forms, with contemporary design methodologies. The concept of a "hedge" not only informs the product's name but also its function, providing a delicate yet distinct partition within a space. The use of paper as the primary material contributes to the screen's lightweight nature and allows for a certain translucency, which can enhance the ambient light rather than blocking it entirely. The adaptability of Kakine means it can be used in various settings, from private homes requiring subtle room divisions to larger commercial spaces seeking flexible and artistic partitions. Its reconfigurable nature provides a practical solution for dynamic environments where spatial arrangements may need to change periodically. The screen’s artistic quality also positions it as a decorative element, capable of adding a unique textural and sculptural dimension to interiors. In essence, the Kakine paper divider screen represents a thoughtful design solution that marries aesthetic appeal with functional versatility. It showcases how simple materials and intelligent modular design can result in a product that is both visually striking and highly practical, allowing for personal expression in the configuration of living or working spaces. #PaperDivider #ModularDesign #JapaneseDesign #YasutoshiMifune #HomeFurnishings #InteriorDesign #SustainableDesign #CustomizableDecor

This article describes the design and functionality of hotel activity partitions and mobile screens, highlighting their role as flexible space partitioning solutions for star-rated hotels and high-end conference venues. These partitions are engineered to integrate practicality, aesthetics, and professionalism, making them suitable for various settings such as conference rooms, banquet halls, multifunctional halls, and reception areas. The modular design allows for rapid reconfiguration of space, enabling quick division into multiple smaller areas or consolidation into one large area. This adaptability ensures that venues can efficiently accommodate events of different scales, from large conferences requiring expansive spaces to intimate discussions that demand privacy and separation. The customization options for these partition panels are extensive. They can be made from a variety of materials, including solid wood grain, leather, fabric, and tempered glass, with colors and textures customizable to match the hotel's existing decor. This ensures that the partitions not only provide functional separation but also enhance the overall aesthetic and high-end feel of the venue. A key feature is the incorporation of advanced accessories, such as ultra-high universal and heavy-duty suspension pulleys. These components facilitate silent and smooth sliding, allowing for 360-degree steering without resistance. The design achieves noise levels below 35dB during movement, preventing disruption to critical events like meetings and banquets. Furthermore, the panels are equipped with high-density soundproof cotton, offering a sound insulation effect of over 40dB, with high-end customized versions reaching 50dB. This effectively blocks sound interference between adjacent spaces, creating quiet and independent environments. Durability and stability are also central to the design. The partitions feature super stability, supported by anti-drop and anti-shake structures. This ensures that even ultra-high partitions (ranging from 3 to 10 meters) and ultra-wide dimensions remain stable and secure. The materials selected for construction prioritize quality and environmental standards; panels are made from eco-friendly substrates and high-density soundproof cotton, free from formaldehyde odor. The frames are constructed from high-strength aluminum alloy, known for its resistance to deformation and corrosion, contributing to a service life exceeding 15 years. Core accessories, such as the independently developed heavy-duty lifting pulleys, are designed to bear up to 200kg per wheel, offering smooth operation and built-in anti-slip buckles for enhanced safety. The article also highlights the manufacturer's commitment to comprehensive service, including full dimensional customization of height, width, material, color, and sound insulation levels to perfectly align with specific hotel requirements. Specialized solutions are offered for different scenarios, prioritizing enhanced sound insulation and silent movement for conference rooms, and fast splicing and stability for banquet halls. The installation process is efficient, with an experienced team minimizing disruption to hotel operations and offering flexible scheduling. Post-installation, the partitions require minimal maintenance, with simple dusting being sufficient. The manufacturer provides warranty services and lifelong technical support, including regular on-site inspections, to ensure the long-term reliability and performance of their products. #HotelPartitions #MovableScreens #SpaceDividers #SoundproofPartitions #HotelDesign #ConferenceRoomSolutions #FlexibleSpace #CustomizationOptions #ArchitecturalHardware