Flashing Windows in an Above-Grade ICF Wall

This lookbook explores eight diverse living spaces that incorporate industrial Crittall-style windows and doors, showcasing their enduring appeal and versatility in contemporary home design. Crittall windows, characterized by their gridded metal frames typically made of steel with a bold black finish, originated in the late 19th century and became prominent in Art Deco and modernist architecture. Today, they are experiencing a revival, valued for their clean graphic lines that inject an industrial aesthetic into modern residences worldwide. The featured projects highlight various applications of Crittall-style elements. The Ghost House in the UK, designed by BPN Architects, features a double-height Crittall-style window that serves as a wall to an open-plan living and dining area within a concrete house, contributing to its "ethereal presence." In Tel Aviv, interior designer Maayan Zusman and architect Amir Navon utilized gridded black window frames to create an "airy yet framed" interior in an apartment renovation, complemented by other delicate black furnishings. Xu Fu-Min's Returning Hut in rural China offers a peaceful retreat with a living room featuring a giant wall of glazing framed by gridded metal, which slides open to connect seamlessly with the garden. Surman Weston's Ditton Hill House in the UK integrates Crittall-style windows with exposed steel floor decks, overlooking the garden in an open-plan living area, reflecting the client's preference for industrial aesthetics and nodding to nearby mock-Tudor homes. Little Peak in the USA, a holiday home designed by Berman Horn Studio, features black gridded windows and doors that punctuate its facade. These elements were chosen for their industrial look and to draw focus to the natural textures and colors of the surrounding landscape. Will Gamble Architects' Burnt House in the UK, a residential extension inspired by a Japanese tea house, employs Crittall-style windows and doors to achieve a minimalist aesthetic, reminiscent of a shoji screen, paired with a blackened wood window seat. The Binh Thuan House in Vietnam by MIA Design Studio uses white gridded frames on sliding doors, harmonizing with its industrial all-white, modular structure designed for future modification. Finally, the Harrison Residence in Florida, designed by Jeffrey Dungan Architects, showcases black Crittall-style windows as a focal point in its living space. These windows frame the surrounding tall trees, introducing color into an otherwise monochrome interior with black shelving and a coffee table, and white walls and sofas. Collectively, these examples demonstrate how Crittall-style windows and doors can be adapted to various architectural styles and interior design visions, enhancing spaces with light, connection to the outdoors, and a distinct industrial character. #CrittallWindows #IndustrialDesign #InteriorDesign #HomeRenovation #ArchitecturalFeatures #LivingSpaces #WindowFrames #ModernHomes

Windows are essential architectural elements that create a dialogue between interior spaces and the outdoors. In densely populated urban areas, where traditional windows may be limited, skylights have emerged as a significant alternative, providing light, air, and a view of the sky. This article explores innovative approaches to windows and skylights in various architectural projects across the subcontinent, showcasing how architects are reinterpreting these features to enhance living spaces. One example is SYSTEM Architects' project, Jeebon-Anondo, where circular skylights and window-like openings were incorporated. Principal architect Enamul Karim Nirjhar explains that the circular concept symbolizes drops of tears, light, and rain, connecting to a moment and introducing light, water, and drama into the living areas. Similarly, for Animesh Nayak of Open To Sky, the skylight in his Bodoland project acts as a “clock,” marking time by interacting with the moving sun to create dynamic light patterns within the house. Noor Khan's Six Courtyards House in Lahore features an elongated, rectangular skylight that transforms the experience of climbing the staircase, serving as a focal point and demonstrating the architect's sensitivity to how the sky meets the roof. In Dhaka, Bangladesh, architect Rafiq Azam of Shatotto designed an “oculus” in the roof of the traditional Bengali goshshaghor, a space for contemplation. This oculus frames the urban skyline and sky, interweaving them with exposed concrete walls and green vines, thus framing one's mind and soul. The Tomoe Villa by NOTE at Alibag incorporates angular windows designed to act as picture frames, capturing specific views and trees from the surrounding landscape. Principal architect Hemant Purohit describes these windows as an abstraction of leaves, subconsciously integrating nature into the design. In a unique request, Matra Architects and Rurban Planners designed two identical buildings without traditional windows for artist homeowners. Instead, daylight permeates through various vertical and horizontal incisions in the blocks, with a skylight illuminating the staircase, creating an immersive experience. Lastly, the S House addresses privacy concerns with tinted, one-way glass windows, a client request due to an unappealing neighborhood view. To compensate for the reduced outward visibility, architect Sujit Nair of SDeG introduced an atrium in the interiors, ensuring ample light while maintaining privacy. These diverse projects highlight how architects are rethinking conventional window and skylight designs to address functional needs, artistic expressions, and specific site conditions, ultimately enriching the inhabitants' experience of their homes. #WindowDesign #SkylightArchitecture #ArchitecturalInnovation #HomeDesign #NaturalLight #UrbanArchitecture #PrivacySolutions #ModernHomes

This blog post from Wickes offers a comprehensive overview of its extensive range of doors and windows, catering to diverse home improvement needs. The article begins by emphasizing the wide selection of styles and sizes available for both internal and external applications. For internal doors, the options include softwood, hardwood, glazed, and moulded designs, alongside specialized fire doors that prioritize safety and peace of mind. The window selection highlights energy-efficient A-rated uPVC windows and a broad assortment of VELUX roof windows, providing solutions for various architectural styles and functional requirements. The article categorizes its offerings into several distinct sections to facilitate easy navigation for customers. Key categories include internal doors, external doors, and windows, each featuring a variety of sub-types. For internal doors, specific mentions are made of white doors, oak veneer doors, pine doors, and glazed internal doors, catering to different aesthetic preferences and functional needs. External door options span front and back doors, exterior French doors, bifold patio doors, and garage doors, addressing both entry and access points for a home. Beyond the core products, the blog post delves into related accessories and services. It lists door offers, door frames and fixings, hardware and security solutions, and bedroom furniture with fitted sliding doors, showcasing a holistic approach to home renovation. Specialized products like conservatories, door and window sealants, and numerals and door accessories are also highlighted, demonstrating the breadth of Wickes' product range. A dedicated section for 'Doors & Windows Clearance' indicates opportunities for cost-effective purchases. Additionally, the article integrates valuable ideas and advice for homeowners undertaking DIY projects. It features two detailed guides: "How to hang an internal door" and "How to fix door problems." The first guide provides step-by-step instructions on preparing a door for hanging, trimming it to size, correctly placing hinges, and achieving perfect door alignment. The second guide addresses common door issues, offering practical solutions for fixing loose hinges, easing sticking doors, packing hinges, and adjusting doorstops. These guides are designed to empower customers with the knowledge and confidence to complete their home improvement tasks successfully. The overall content positions Wickes as a comprehensive provider not only of products but also of practical support and expert advice for home renovation projects involving doors and windows. #HomeImprovement #InternalDoors #ExternalDoors #Windows #DIYGuides #HomeSecurity #BedroomFurniture #Conservatories #WickesProducts

For decades, architects and government officials have recognized the importance of energy-efficient buildings, especially since the 1970s energy crisis. Buildings, including their construction, materials, and associated infrastructure, contribute up to 40 percent of global carbon emissions, making energy efficiency a critical concern. This understanding is foundational in North American architecture schools and has been emphasized by European institutions for even longer. The "Passive House Design" approach, pioneered by German architects, considers a building's entire interconnected system, focusing on its integration with the site, climate, and social support. This philosophy extends beyond residential structures to all building types. A more recent evolution, the "Net Zero Design" approach, also led by German designers, takes this further by requiring buildings to be highly efficient, use minimal energy, and replace all the energy they consume, potentially even contributing excess energy back to the local power grid. Europe, with its advanced energy design and construction history, has developed numerous innovative building cladding systems that contribute to energy efficiency. These systems often incorporate specialty fabrics in intelligent ways, such as vertical shade systems, retractable awnings, and entire building wraps. Industry experts, including Steve Fredrickson from Serge Ferrari North America, note that Europe is significantly ahead of North America in this area due to a lack of air conditioning standardization in European homes and retail, creating a greater need for heat barrier solutions. Additionally, European building codes are more adaptable to new energy-reducing products and developments. In contrast, existing North American building codes and the time required for their amendment make widespread adoption of fabric shade systems more challenging. Architect Samuel Armijos observes that while European markets showcase many examples of vertical fabric systems, such projects are scarce in the U.S. This lack of visible examples hinders broader acceptance and design incorporation. Architect Nicholas Goldsmith, however, notes a growing recognition among North American designers that exterior shading, particularly in specific regional climates, offers advantages over other cladding systems, such as being lightweight, efficient, and cost-effective. Mike Squizzato of Stobag North America Corp. highlights that Europeans prioritize shade for cooling due to higher electricity costs, whereas North Americans typically rely on air conditioning. He believes that as electricity costs rise and climate concerns grow, North American markets will rapidly adopt shading solutions, with awnings and vertical shading providing natural air-conditioned environments and potentially saving over 50 percent on electricity bills. Paul Snustead, director of facades at Structurflex, acknowledges Europe's lead but points to Structurflex's efforts to advance fabric facade architecture in the U.S. Tensile facades, also known as textile, fabric, or flexible facades, offer an innovative, long-lasting, and cost-effective alternative to traditional metal mesh screens, often costing about 50 percent less. These systems act as a 'second skin' for buildings, providing screening and shading, which can contribute to reduced energy consumption and LEED certification. Despite the clear benefits, the adoption of fabric-based shading systems in North America faces challenges. Traditional cladding materials remain strong competitors. Armijos notes a decline in leads for shade jobs, with parking garages being the primary market, but even there, fabric competes with pre-fabricated concrete and metal mesh systems. He suggests a major global event might be needed to spur a push toward textile facades. Andrew Trowbridge of Ronstan International observes a shift away from stainless steel cables in fabric structures towards greening systems and perforated aluminum panels for shade and facade coverage. Conversely, Fredrickson sees growth in both static and retractable vertical shading options across North America. Snustead describes an exponential expansion in the fabric facade architecture market, particularly for tensile fabric meshes, membranes, and foils, initially driven by parking garage screening requirements. Structurflex has seen an 800 percent increase in facade projects annually, with fabric facades becoming a significant part of their operations. Squizzato predicts that as temperatures rise, North Americans will increasingly seek cost-effective cooling solutions beyond air conditioning, leading to buildings with more colorful awnings and widespread vertical shading, eventually mirroring European practices within 15 years. For companies looking to enter or expand in this market, experts emphasize the need for knowledge, education, and accessibility of information. The ideal company size varies by region and market, but success hinges on having the right products and expertise. Fredrickson warns against using cheap, unproven products, which can harm the market's reputation. Snustead highlights the versatility of tensile facades, which can span large distances with less structural support and use materials that are often 100% recyclable with long lifespans. Squizzato points out that many existing businesses, from awning companies to landscape architects, can leverage sun shade protection to expand their services, provided they have appropriate insurance, training, and competent staff. The overall outlook for vertical fabric shading remains positive, with continued growth anticipated, especially as architects and contractors become more familiar with the medium's innovation and economic advantages. #BuildingFacades #VerticalShading #EnergyEfficiency #FabricArchitecture #SustainableDesign #ArchitecturalTextiles #NetZeroDesign #ClimateControl #ConstructionInnovation

The article presents a curated collection of 25 grand foyers, all characterized by their high ceilings, designed to inspire elegance and drama in an entryway. Each example showcases a distinct style, ranging from classic to contemporary, and highlights various design elements that contribute to a luxurious and inviting first impression. The featured foyers incorporate diverse architectural and decorative details such as striking chandeliers, elegant staircases, and beautiful flooring. They demonstrate how different materials, color palettes, and stylistic choices can transform a functional space into a captivating area. Several examples illustrate the concept of captivating luxury, featuring oversized chandeliers as central focal points within spacious entryways. High contrast designs are explored through elements like bright white spiral staircases against dark navy walls, creating visual interest and dynamism. The inclusion of historic homes, such as one in San Francisco's Pacific Heights Neighborhood, demonstrates the integration of wood paneling and traditional chandeliers to maintain historic charm while achieving grandeur. Light and bright foyers are presented with white walls and crystal chandeliers complemented by dark wood accents and soft carpeting, emphasizing an airy and welcoming atmosphere. Glamorous entryways are detailed with custom railings, plaster walls, and marble flooring, designed to leave guests captivated upon arrival. The fusion of classic and contemporary styles is shown through black and white tiled floors in modern spaces. Modern luxury is further exemplified by shining white floors, waterfall chandeliers, and grand pianos, creating a lavish environment. The article also includes examples that integrate a splash of color, such as dark woods paired with bright blue accents in a stylish penthouse foyer. Designs focusing on striking beauty highlight crystal empire chandeliers as focal points, adding sophistication to grand foyers. Bright neutral palettes are demonstrated through light wood paneled ceilings and brown and beige flooring tiles, creating a stylish and subdued elegance. Grand elegance is achieved with gold accents, unique furniture pieces like Lalique cactus tables, and imperial staircases. Modern earth tones are showcased in foyers featuring custom staircases and large steel windows, providing a natural yet contemporary feel. Crisp white aesthetics are featured with custom designed handrails and all-white interiors, emphasizing cleanliness and sophistication. Bright and spacious entryways are illustrated by airy foyers in estates, designed to maximize light and openness. Gorgeous grays are presented in entryway hallways with tall, modern, and sophisticated gray walls. Farmhouse-style interiors with double-height foyers and wood-beamed ceilings offer a rustic yet grand appeal. Modern style foyers incorporate statement wallcoverings, intriguing lighting displays, and floating wooden staircases. Traditional beauty is conveyed through columns and barrel-vaulted ceilings, lending a classic touch to the space. Contemporary charm is captured in designs featuring modern aesthetics in picturesque locations like Aspen, Colorado. Chic and captivating foyers draw attention with black and white gallery walls and eye-catching chandeliers. The article also touches upon midcentury retreats with floor-to-ceiling windows, red hot interiors with bold carpeting, neutral gray schemes, and spaces that mix and match materials and finishes for elevated design, concluding with traditional palace designs featuring intricate murals, gold accents, and classic columns. #FoyerDesign #HighCeilings #LuxuryInteriors #HomeDecor #EntrywayIdeas #InteriorDesign #ArchitecturalDetails #StaircaseDesign #ChandelierLighting

This article highlights a midcentury home in Palm Springs, emphasizing its distinctive architectural features, particularly the extensive use of windows to enhance natural illumination and connect interior spaces with the surrounding environment. The design integrates vaulted ceilings with angled clerestory windows, which play a crucial role in brightening the main rooms and creating an expansive feel within the residence. This architectural choice is characteristic of midcentury modern design, which often prioritized open layouts, natural light, and a seamless transition between indoor and outdoor living areas. The home's aesthetic draws from the principles of midcentury modernism, a style that emerged in the mid-20th century, typically between the 1930s and 1960s. Key elements of this style include clean lines, organic and geometric forms, a focus on functionality, and an emphasis on incorporating nature. The abundant use of glass, as described, is a hallmark of this era, allowing homeowners to appreciate their surroundings and maximize daylight, thereby reducing the need for artificial lighting during the day. The article showcases how these design elements contribute to the overall ambiance and liveability of the house. The strategic placement of windows, especially clerestory windows—which are typically high-set windows above eye level—ensures privacy while still allowing ample light to penetrate deep into the interior spaces. This design choice also helps in maintaining cooler indoor temperatures by mitigating direct sun exposure, a practical consideration for homes in regions with warm climates like Palm Springs. The vaulted ceilings further amplify the sense of space and allow for the inclusion of these elevated windows, contributing to the architectural grandeur of the main living areas. The article also implicitly touches upon the enduring appeal of midcentury homes, which continue to be sought after for their timeless design, functional layouts, and aesthetic simplicity. The integration of structural and aesthetic elements, such as the windows and vaulted ceilings, not only serves a practical purpose but also defines the architectural character of the home. This blend of form and function exemplifies the thoughtful design prevalent in midcentury architecture, which aimed to create comfortable, efficient, and visually appealing living environments. #MidcenturyModern #PalmSpringsArchitecture #NaturalLight #VaultedCeilings #ClerestoryWindows #HomeDesign #ArchitecturalPhotography

The drive for energy conservation, stemming from the oil embargoes of 1973 and 1979, continues to influence American housing construction. While initial efforts focused on insulation and draft resistance in walls, builders and designers are now concentrating on windows as the next area for significant improvement. Walls in new houses typically have R-values (resistance to heat flow) higher than 12, with some cold states exceeding R-15, which is more than a third higher than early 1970s norms. In stark contrast, a single-glazed window has an R-value of approximately 1, making it a major point of heat and cold transfer. Adding storm windows or switching to insulating glass (two panes with a sealed air space) only modestly increases the R-value to about 2. Triple-layer insulating glass can reach an R-value of 3 but is often impractical due to added weight, bulkiness, and a 1/6th reduction in light and warmth transmission per added layer of glass, alongside higher costs. A current high-tech solution involves windows incorporating more than just glass. These advanced windows offer superior insulation, keeping indoor surfaces near room temperature, which prevents condensation and allows occupants to sit by windows without feeling cold. One innovation, SunGain, developed by 3M Company in 1981, uses thin polyester films suspended between two sheets of glass. Two such films create three separate dead-air pockets, forming a “quadpane” system with a winter R-value of 3.8, almost double that of standard insulating glass. Another advanced film, Heat Mirror, from Southwall Technologies (1981), includes a metal oxide layer that reflects warmth. It allows sunlight and near-infrared radiation to pass through but bounces back radiant energy generated by a furnace or objects within the house, achieving an R-value of 4.3. Heat Mirror enabled the creation of "low-E" windows, which have low emissivity, meaning they transmit less long-wave radiant energy than ordinary windows. While a drawback is a noticeable reduction in solar warmth entering through south-facing windows in winter, the radiant energy retained within the house often compensates. In hot climates like Miami and Phoenix, blocking solar heat is beneficial. Southwall later introduced Heat Mirror 66 for southern and southwestern markets, which blocks even more solar heat while maintaining ample light. Energy-conscious builders initially adopted film systems like Heat Mirror but have since shifted to low-E coatings applied directly to glass. These coatings can be a single layer or a triple layer (a metal core like silver for reflection, flanked by anti-reflective materials). Although most low-E coatings can impart a faint blue or gray tint, they are easier for window-makers to work with. PPG Industries introduced Sungate 100 in 1983, a sputter-coated glass, which Deck House adopted. Sputter-coated glass, where materials are vacuum-deposited, achieves an R-value of about 3, equivalent to triple glazing, without the added thickness or weight. This coating must face the sealed air space as it can be damaged by touch or moisture. A newer method involves spraying a coating onto hot glass, creating a hard, baked-on surface. "Hard-coat" low-E glass is impervious to moisture and can be exposed to the atmosphere and normal handling, making it convenient for manufacturers. However, only certain hard-coat products, like Glaverbel's Comfort, claim energy efficiency comparable to sputter-coats, though generally less than Heat Mirror or 3M films. Until hard-coat products are upgraded, sputter-coat glass or film systems like Heat Mirror or 3M are generally more effective for homeowners. Hard-coat low-E glass is a good choice for storm windows, as they are not fully sealed. The article suggests hard-coat glass for east, west, and north-facing storm windows in cold, sunny climates but not for south-facing windows due to solar warmth loss. Annual production of low-E glass in the U.S. is projected to reach 125 million square feet by 1988. Further advancements include filling the air space in low-E windows with argon, an invisible inert gas. Argon's large, heavy molecules conduct heat less readily than air. The SNE Corporation claims its argon-filled sputter-coat low-E systems (Crestline and Vetter) can achieve R-values as high as 5. For even better energy performance, insulating shutters and blinds, known as movable insulation, were once considered promising, with R-values up to 15. However, this field has faced mechanical issues, such as shades falling out of tracks or condensation forming. Daily effort from homeowners to deploy and remove them is also a deterrent. Additionally, the lack of marketing and distribution power compared to major glass manufacturers has hindered the adoption of movable insulation. Low-E windows also block most ultraviolet rays, preventing fading of carpets and draperies. When purchasing, customers should inquire about the R-value (or U-value) of the glass and the entire window assembly, as frame conduction and air leakage can negate glass improvements. Manufacturers like Andersen and Pella have improved window designs for better insulation and ease of cleaning. For instance, Marvin and Andersen offer double-hung windows with pivoting sashes for easier cleaning. Rolscreen produces casement windows that pivot into the center for better cleaning and ventilation. Rolscreen also offers Slimshades, thin Venetian blinds with low-E coating installed between glass panes, achieving an R-value of 4.35. Ornamental windows, including round-arched and stained-glass designs, are a prominent trend. Many new stained-glass windows are insulated. The era of the large picture window is evolving, with many now camouflaged by dividers imitating muntins to create the appearance of multiple small panes. These false muntins, often made of snap-in grilles, are criticized for their unconvincing appearance. More effective solutions include wooden grilles placed between glass panes (Rolscreen) or on the room side or exterior (Woodstone). Peachtree introduced a removable solid-pine liner with muntin bars and a part of the surrounding sash that can be lifted off for cleaning. While clever, this is viewed as an ornamental rather than a functional improvement. For truly authentic divided lights with insulating glass, Marvin and other companies offer custom orders, though these are more expensive and the larger muntins needed for insulating glass can affect the aesthetic proportions. Many who value historical styling opt for single-glazed, multi-light windows with storm windows. While hard-coat low-E glass can be ordered for true divided lights, these still fall short of maximum energy conservation. The article concludes that technology and tradition in home design are yet to be fully reconciled. #EnergyConservation #WindowTechnology #HomeImprovement #LowEWindows #BuildingMaterials #SustainableDesign #ArchitecturalTrends #InsulatingGlass #BuildingCodes

This blog post highlights a 4,000-square-foot, cedar-clad home in Rumson, New Jersey, designed by Narofsky Architecture, which seamlessly integrates with its natural surroundings through extensive use of windows and doors. From the street, the home appears to be a single story, but closer inspection reveals a second ground level and a prominent glass-encased stair tower. The full geometric and angular composition, coupled with expansive glass, becomes evident from the rear. The homeowner, Kerry Ancheta, sought a modern yet organically harmonized dwelling. Narofsky Architecture achieved this by strategically placing the main living spaces on the lower level, fostering a strong connection to the outdoors. The design team incorporated solutions from Kolbe Windows & Doors' VistaLuxe® Collection to enhance this indoor-outdoor flow. The ground level, featuring an open floor plan encompassing the kitchen, living, and dining rooms, along with a guest bedroom, is enveloped by nature through floor-to-ceiling windows and doors. Stuart Narofsky, FAIA and principal architect, noted that the VistaLuxe Collection allowed for maximum heights and widths, accommodating doors along the entire length of the kitchen and family rooms. A unique aspect of the home is the absence of a traditional bedroom wing. Instead, sleeping quarters are arranged in separate areas, connected by the home’s open layout. A catwalk extends across the center of the home, linking the master bedroom to additional rooms on the opposite end. A cantilevered cube on the top level houses a second guest bedroom, projecting over the backyard. All these spaces are unified by a glass-enclosed floating pine staircase, which serves as a light-filled passageway. The stair tower, which travels vertically above a Zen garden, allows residents to look down into this tranquil space. The selection of windows and doors prioritized maximizing sight lines and complementing the home’s modern aesthetic. The VistaLuxe Collection's clean, minimalist design offers narrow sight lines and slim corner posts, creating a nearly frameless view from the interior. The collaboration between architects and Kolbe resulted in a wide selection of windows and doors with low-maintenance extruded aluminum exteriors and warm wood interiors, ideal for modern floor plans and large expanses of glass. For instance, a corner window unit in the living room provides an unobstructed view of the swimming pool, further blending the interior with the exterior. #ModernArchitecture #WindowDesign #IndoorOutdoorLiving #ArchitecturalDesign #SustainableDesign #HomeIntegration #GlassWalls #NewJerseyHomes #NarofskyArchitecture

The refurbishment of levels 9 and 10 at 452 Flinders Street in Melbourne, VIC, showcases a dramatic application of SUPAWOOD’s MAXI BEAM system, integrated with sophisticated lighting, within the lift lobbies and corridors. This project was spearheaded by INTREC Management in collaboration with Architectus, with a primary objective of creating an inviting and dynamic atmosphere in the common areas. This enhancement was crucial to attracting corporate tenants to this prestigious CBD address, aiming to reflect the quality and modernity of the building. A key design challenge involved seamlessly combining batten strip lighting with the aesthetic of substantial timber beams. The environment was a live operational space, demanding materials that were not only aesthetically pleasing but also practical for installation. SUPAWOOD’s MAXI BEAM lightweight timber beams were chosen as the optimal solution, offering the desired authentic timber appearance without the weight and installation complexities of solid timber. Their lightweight nature facilitated easy transportation and allowed for efficient on-site cutting, significantly streamlining the installation process and minimizing disruption in an active commercial building. In the lift lobbies, the ceilings on both levels feature MAXI BEAM in a SUPAFINISH laminate Tasmanian Oak. This choice of material and finish creates a striking directional effect that guides the eye. Batten lighting strips, precisely matching the 150x50mm dimensions of the timber beams, are strategically placed parallel to the beams along the ceiling. A unique design element involves the battens shifting across the beams at a 90-degree angle, requiring precise on-site fabrication which was easily accomplished with the adaptable MAXI BEAM product. The result is a visually impactful interplay of light and timber that significantly elevates the aesthetic of the entire area. Extending this directional design, the wall at the end of the lobby is clad with custom pre-assembled SUPASLAT MAXI slatted panels. These panels are perfectly matched in finish and style to the ceiling beams. The slats on the wall are oriented horizontally, creating an illusion that the ceiling material wraps down and continues along the wall. This cohesive design strategy reinforces the sense of flow and sophistication within the space. Ultimately, this project serves as a compelling example of how the intelligent application of MAXI BEAM, coupled with thoughtfully integrated lighting, can transform conventional interiors into memorable and upscale environments. The combination of design ingenuity and practical material choices successfully enhanced the common areas of 452 Flinders Street, aligning them with the building's prestigious reputation and appealing to discerning corporate occupants. #MaxiBeam #IntegratedLighting #LiftLobbyDesign #CommercialInterior #TimberFinishes #ArchitecturalDesign #MelbourneArchitecture #CorporateRefurbishment #SUPAWOOD

The article addresses the common challenge of decorating rooms with awkwardly placed windows, offering eleven design solutions from various professionals. It acknowledges that while abundant natural light is desirable, poorly positioned windows can limit furniture placement and aesthetic harmony, especially in smaller spaces. The article highlights that designers have developed clever strategies to integrate these windows into the overall room design. One approach involves maximizing views by situating key functional areas in front of windows. For instance, a kitchen cooktop can be placed directly before a bay window, allowing occupants to enjoy the outdoor scenery while performing daily tasks. This method requires careful consideration of elements like vent hoods, which can be painted to blend seamlessly with surrounding cabinetry, maintaining visual flow. Another solution for privacy, particularly in bathrooms, is to use frosted glass for shower windows, ensuring seclusion without sacrificing natural light. This eliminates the need for blinds or curtains that might clutter a small space or interfere with the bathroom's functionality. To address multiple or unusually high windows, designers suggest creating a unified look with floor-to-ceiling drapes. This technique can visually combine disparate window placements into a single, cohesive design element, making the room feel more expansive and sophisticated. Sweeping curtains to one side can also soften the overall appearance, catering to less formal aesthetics. Storage solutions can also be integrated with windows; for example, a shelf can bisect a kitchen window to provide additional space for kitchenware, turning a potential obstacle into a practical feature. Materials like African mahogany or brass rails can add aesthetic value while serving a functional purpose. When standard furniture doesn't fit a windowed wall, custom pieces can be designed. An example is a headboard with two plywood wings that frame a window, providing a focal point while allowing views and addressing the need for a bed placement. This demonstrates how bespoke solutions can transform awkward spaces into intentional design statements. Another creative technique involves faking a window wall using wall-to-wall drapery. This can conceal off-center or mismatched windows, creating the illusion of a single, large window and making a room feel both larger and cozier. For bedrooms with centered but small windows, the placement of the window can guide the furniture layout, ensuring symmetry and balance. In rooms with dramatic corner windows, automated drapery panels mounted on ceiling tracks can create a flexible 'wall' for floating furniture like canopy beds and even for hanging art, effectively converting a window-heavy wall into a regular gallery space. In cases where natural light is abundant, obscuring one window with a large art canvas can help achieve a more symmetrical room layout, demonstrating that sometimes a window can be temporarily 'removed' from the visual field for design purposes. Bathrooms can also benefit from unconventional vanity mirror placements. Instead of traditional wall-mounted mirrors, installing mirrors directly on countertops in front of windows can provide optimal lighting and privacy, opening up new possibilities for sink and vanity arrangements. Finally, in rooms with multiple windows on every wall, designers recommend creating symmetry by positioning twin beds under each window and balancing the space with central furniture and sconces. This makes the numerous windows appear as intentional design elements rather than challenges, transforming a potential design flaw into a harmonious and welcoming addition. #InteriorDesign #WindowDecor #SmallSpaces #HomeDecor #DesignSolutions #FurniturePlacement #CustomDesign #PrivacySolutions #RoomLayout

This article details the renovation of a Toronto home, focusing on how designer Jaime Zimmerman of JPZ Interiors successfully integrated a distinctive wall of 34 orange-tinted, 1980s-era windows into a modern, functional living space. The homeowners, drawn to the unique character and backyard view offered by these windows, wished to retain them despite their dated appearance and the contractor's suggestion to paint them. Zimmerman emphasized that these windows contribute to the home's natural feel and character, making them a special feature she aimed to preserve. The renovation tackled several challenges, including a "wonky" layout where different areas of the great room, kitchen, mudroom, family room, and dining area were on varying levels, creating tripping hazards. Zimmerman’s primary goal was to create a cohesive and safer environment. One significant improvement involved extending the steps to the left of the fireplace thresholds and constructing them from white-painted brick, matching existing elements in the room, to address a safety concern for the homeowners' children. The kitchen, originally separated by a peninsula, was opened up further to seamlessly connect with the great room. The designer maintained the integrity of the windows by not adding upper cabinets in their vicinity, instead maximizing storage with custom organizers for pots and pans integrated into drawers near the range. The vent hood, strategically placed in front of the windows, was painted the same color as the new flat-slab cabinets to make it blend in and appear less obtrusive. Material selection, particularly wood tones, was crucial. Zimmerman replaced the terracotta tiles with engineered hardwood flooring, opting for a honey-hued finish that harmonized with the existing orange tones of the window frames and ceiling panels. In the new front entryway, a checkerboard tile was introduced, along with an oak coat closet. For new wood furniture and built-ins, lighter stains and species were chosen to avoid a heavy aesthetic. This new entryway, now functioning as a mudroom, had its floor raised to be level with the kitchen, and the double door was replaced with a single opening and sidelight windows for improved accessibility. Lighting also received careful consideration. Given Toronto's dark winters, a functional yet subtle lighting plan was implemented. Zimmerman avoided grand chandeliers, instead incorporating simple track lights over the dining table and mono-point flush mounts above the peninsula. Sconces were used to mark the new arched thresholds and steps leading to the family room. The formal dining room, a long and narrow space, was an exception, featuring a series of three long-hanging fixtures with textured white shells that complement the room’s linear design and blend into the background. #homeRenovation #interiorDesign #beforeAndAfter #windowDesign #kitchenRenovation #floorLeveling #woodTones #lightingDesign #mudroomDesign #TorontoHome

The Newburgh Light House, an apartment building in Victoria, Australia, designed by Splinter Society, offers a highly sustainable housing solution on a challenging, almost unbuildable site adjacent to a historic train station. The project accommodates up to 21 residents across 10 levels, with each residence occupying a full level. The architects faced significant design complexities due to the site's lack of street access, a north facade directly bordering VicTrack land, and stringent fire, building methodology, acoustic, equitable light, and stability requirements. The architectural response to these constraints involved a 'mini-tower' typology, utilizing glass blocks as a primary material to fulfill both fire safety and lighting needs. Conceptually, the building's translucent facades, coupled with reflective interior finishes, create a lantern-like effect for the public realm while fostering an ethereal atmosphere within the residences. The design emphasizes modularity and a clean, simple aesthetic, often observed in dense urban environments, to address construction challenges. Prefabricated elements were incorporated into the north and south facades, which feature glass block panels and operable recessed glazing. This design maximizes natural light and views. The decision to use full translucency on these facades, combined with a minimal core, was critical for future-proofing access to light, particularly in scenarios where adjacent private land to the north might be developed. The ground level is constructed from concrete, chosen for its ability to withstand a potential train derailment, and includes integrated seating to activate a small coffee shop fronting the entry and a pedestrian railway link. Bluestone cobbles extend from the adjacent lane through to the pedestrian walkway, creating a complementary patterned surface and enhancing ground-floor permeability despite the compact plot. Client brief aimed to attract the 'leafy suburb down sizer' market, seeking safe, convenient accommodation with an 'inner city' feel. This led to a programmatic arrangement of full-level apartments with direct lift access and private car allotments. To broaden its appeal, especially given its proximity to the train station, the design incorporated separated bedrooms and bathrooms, the potential for a third separable room, and dedicated storage/bike space, catering to students or individuals sharing. This layout was not only functional but also instrumental in achieving required light levels, considering potential future development, and ensures excellent cross-ventilation. The interior material palette reinforces the architectural grid through timber paneling, natural stone, and ceramic tiles. The glass blocks provide a distinctive internal finish, creating dynamic light effects throughout the day. Textured glass doors and internal walls contribute to the permeability of light across the floor plate. The building includes a bespoke penthouse on the upper level and one two-level residence, offering unique living spaces despite the building's overall modular efficiency. The project demonstrates a balance between performance, scale, and site constraints, achieved through close collaboration among the design, consulting, and construction teams. By day, Newburgh Light House offers adaptable homes with abundant natural light; by night, it transforms into a beacon, illuminating the Auburn village and its historic train station. #AustralianArchitecture #ApartmentDesign #GlassBlockArchitecture #SustainableHousing #UrbanDevelopment #ModularConstruction #ModernApartments #ArchitecturalInnovation

Interior designer Lisa le Duc, originally from the U.K. and now residing in California, recently undertook a home office renovation with a unique approach to addressing high ceilings. Instead of embracing the typical spaciousness offered by tall ceilings, le Duc aimed to create a more intimate and enclosed environment, describing her vision as bringing the height down to eye level. Her primary method for achieving this was to apply a large-scale, forest-inspired wallpaper from British brand Mini Moderns to the pitched ceiling. This design choice resulted in an office that evokes the feeling of being in a treehouse, surrounded by a canopy of Douglas firs, complementing the actual tree branches visible outside the windows that overlook a nature reserve. Beyond the ceiling, le Duc continued the innovative design throughout the office. The walls not lined with windows are covered with raw, unstained plywood cabinets, offering both closed storage and open shelving. These custom units provided a cost-effective alternative to traditional oak millwork, with the specific grade of plywood impacting the final appearance and price. A notable feature of these cabinets is a section of slanted ledges, designed to display books in an engaging manner rather than just showing their spines. For the flooring, after removing old carpeting, le Duc opted for large plywood sheets sealed at the seams to create the illusion of a solid surface. This floor was then painted a high-sheen taupe-gray, matching the wallpaper's background, to mimic polished concrete. Lighting in the office was also carefully considered, with le Duc choosing a wall-mounted Muller Van Severen fixture. This piece features an exaggerated arched neck, directing light from an opaque glass shade precisely over the work area, thus conserving valuable desk space. The office furniture includes a vintage Arne Jacobsen Series 7 office chair from the early 1960s, sourced from Almond and Company in San Francisco, alongside a custom wood worktop supported by basic white IKEA table legs. A distinctive design element is the custom-fabricated wavy banding around the window frames. Inspired by a trend of scalloped edges observed on Instagram, le Duc digitally designed and then cut this trim from the same plywood used for the cabinets, using a Sharper Tools CNC router. This wavy trim not only visually breaks up the linear elements of the space but also functions as a subtle divider between the graphic wallpaper and the soft off-white walls. Additionally, its six-inch projection cleverly conceals the blinds when rolled up. The overall design culminates in a cohesive, nature-inspired workspace, observed by a black Vitra bird figure perched within the room. #HomeOfficeDesign #WallpaperedCeiling #WavyWindowTrim #InteriorDesign #PlywoodCabinetry #SustainableDesign #OfficeRenovation #CustomMillwork #VintageFurniture

Lisa le Duc, a UK-born designer now residing in California, undertook a home office renovation that strategically addressed the challenge of unusually tall ceilings by aiming to reduce the perceived height of the space to eye level. Her primary design choice involved covering the room's pitched ceiling with a large-scale, forest-inspired wallpaper from British brand Mini Moderns. This application created an immersive effect, making the office feel like a treehouse nestled within a canopy of Douglas firs, an illusion enhanced by the tree branches visible through the windows and the adjacent nature reserve. Beyond the unique ceiling treatment, le Duc incorporated several other distinctive elements into the office. For storage, raw, unstained plywood cabinets were installed along two walls, offering both closed and open shelving. This custom solution provided a cost-effective alternative to traditional oak millwork, with the designer noting that the price depends on the plywood grade. A-grade plywood, being smoother, is more suitable for painting, while D-grade contains more visible flaws. The bespoke cabinets also featured slanted ledges, specifically designed to display design books in an engaging manner, avoiding a simple row of book spines. For the flooring, after removing old carpeting, le Duc opted for large plywood sheets. These sheets were sealed between seams to create the appearance of a solid floor and then painted in a high-sheen taupe-gray, matching the wallpaper's background, to mimic polished concrete. This choice contributed to the overall cohesive and intentional aesthetic of the room. Lighting, crucial for any workspace, was addressed with a wall-mounted Muller Van Severen fixture. This particular fixture boasts an exaggerated arched neck, which directs light from its opaque glass shade directly over the work area, effectively saving valuable desk space. The furniture selection included a vintage Arne Jacobsen Series 7 office chair from the early 1960s, sourced through Almond and Company in San Francisco, maintaining a theme of European-designed pieces. The worktop itself was a custom wood piece, supported by basic white IKEA table legs. A standout feature of the renovation is the custom-fabricated wavy banding applied around the window frames. Inspired by a scalloped edge trend observed on Instagram, le Duc digitally designed and cut this trim from the same plywood used for the cabinets using a Sharper Tools CNC router. This wavy trim serves multiple functions: it breaks up the rectilinear elements of the room, creates a subtle transition between the vibrant wallpaper and the soft off-white walls, and ingeniously conceals the blind mechanisms by extending approximately six inches from the wall. The final touch of a black Vitra bird figure perched in the space further enhances the tree-like, natural ambiance. The renovation transformed the office into a unique and visually engaging workspace that effectively manages the verticality of the room through clever design choices and material applications. #HomeOfficeDesign #WallpaperedCeiling #WavyWindowTrim #CustomCabinetry #PlywoodFlooring #InteriorRenovation #SpaceTransformation #UniqueLighting #EuropeanFurniture

Kingspan Insulated Panels offers a range of facade systems designed for various building applications, emphasizing quick and easy installation. These systems feature either a non-combustible PIR (polyisocyanurate) or stone wool core, providing enhanced fire safety and thermal performance. The versatility of these panels allows for both horizontal and vertical application, accommodating diverse architectural designs and project requirements. The product range includes several distinct facade options. The Evolution Panelised Facade system, for instance, offers a modern aesthetic with efficient construction. Detailed technical data sheets for this system are available, outlining specifications and performance characteristics to assist designers and builders in material selection. Installation guides are also provided, differentiating between horizontally and vertically laid panels, to ensure proper and efficient construction processes. Kingspan's facade solutions are engineered to integrate seamlessly into building envelopes, contributing to energy efficiency and structural integrity. The use of advanced insulation materials like PIR and stone wool helps in maintaining stable indoor temperatures, reducing heating and cooling loads, and thus lowering operational costs over the building's lifespan. These cores are particularly valued for their fire resistance properties, crucial for meeting stringent building codes and ensuring occupant safety. The company supports design professionals with BIM (Building Information Modeling) tools, allowing for accurate integration of their facade systems into digital building models. These BIM objects facilitate early-stage design visualization, conflict detection, and quantity take-offs, streamlining the design and construction workflow. This digital support underscores Kingspan's commitment to modern construction practices and efficient project delivery. Kingspan Insulated Panels, based in St Marys, NSW, provides comprehensive support for its products, including technical documentation and direct contact options for inquiries. The facade systems are categorized under "External Wall Materials" and also address "Security & Fire" aspects, indicating a multi-functional approach to building envelope solutions. The provided illustrations showcase various architectural applications, from library facades to car parks, demonstrating the adaptability and aesthetic potential of their insulated panel systems. #KingspanInsulatedPanels #FacadeSystems #InsulatedPanels #BuildingMaterials #FireSafety #ThermalPerformance #BIMTools #SustainableBuilding #ArchitecturalDesign

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