Gyprock releases new flexible plasterboard for curved ceilings

Microcement, a composite coating made from a blend of cement, water-based resins, and mineral pigments, is emerging as a practical and versatile material in home renovation. Originating from Europe, particularly popular in Greece and Spain, microcement has recently gained traction in the U.S. in the last five years. Unlike traditional concrete, microcement is significantly lighter, with each layer being approximately three-sixteenths of an inch thick, allowing it to be applied over various substrates like plywood. Its non-porous nature distinguishes it from plaster, making it resistant to staining, an advantage for surfaces like kitchen countertops and walls. Applications for microcement are extensive, ranging from floors, baseboards, fireplaces, and kitchen surfaces to built-in furniture and shower walls. Its waterproof quality, when sealed, makes it an ideal choice for bathrooms, where it can provide a rustic aesthetic, reminiscent of Mediterranean designs, without the need for grout. The material's ability to be customized in color further enhances its appeal, allowing for personalized design expressions. Suppliers like Topciment from Spain and Promix in New Jersey offer various types of microcement, catering to different functional and decorative needs, including options robust enough for swimming pool floors. While microcement offers numerous benefits, its application is a meticulous process that typically requires professional expertise. Each layer demands 24 hours to cure and dry before the subsequent one can be applied, and skilled trowel work is essential for a smooth finish. This complexity suggests that DIY application may not be suitable for most homeowners. For instances where microcement is integrated with custom elements, such as cabinet doors, it is layered directly onto existing frames, with cabinet fronts then made to fit the created niches. Despite its resilience, microcement, like any surface material, can show minor wear, such as nicks and stains, in high-traffic areas over time. However, its overall durability and hygienic properties—due to the absence of grout lines—are significant advantages. Homeowners who have used microcement report that it maintains a warmer feel than polished concrete or lime plaster, contributing to an inviting and spa-like atmosphere. The material's practicality, aesthetic versatility, and low maintenance requirements position it as a noteworthy option for modern home renovations, offering a blend of durability and sophisticated design. #Microcement #HomeRenovation #InteriorDesign #BuildingMaterials #KitchenDesign #BathroomDesign #MaterialInnovation #DesignTrends #HomeImprovement

This comprehensive guide explores the range of plasterboard products available for both internal and external home renovation projects, emphasizing their versatility and ease of use in achieving a smooth finish for walls and ceilings. The selection includes various types such as wallboard, baseboard, insulated plasterboard, aqua panels, fibre cement boards, fire panels, sound panels, and tile backer boards, catering to diverse construction needs. The products are offered in a wide array of thicknesses, ranging from 6mm to 27mm, to suit different application requirements, and are supplied by reputable brands like Knauf, Nomoreply, Smig, STS, and Wickes. Key material options feature gypsum plasterboard for standard applications, fibre cement and cement board for enhanced durability and moisture resistance, and XPS/Cement and thermal laminate for improved insulation properties. Plasterboard products are available with different edge details, including plain square edge, square, tapered, and tongue & groove, offering flexibility for various installation methods and aesthetic preferences. Standard widths include 600mm, 800mm, 900mm, and 1200mm, while lengths vary from 25mm for screws to 2400mm for full-sized boards, ensuring suitability for projects of all scales. The color palette for these products extends beyond functional whites and greys to include black, blue, dark grey, green, and pink, providing options for specialized applications or decorative purposes. In addition to the plasterboards themselves, the article highlights essential accessories such as plasterboard screws, jointing compounds, and adhesives. These accessories are crucial for ensuring the stability, longevity, and professional finish of any plasterboard installation. Special attention is given to the features of insulated plasterboard, which significantly improves temperature retention within a space, contributing to energy efficiency in residential and commercial buildings. The discussion also covers specialized products like fire panels for enhanced safety, moisture panels for areas exposed to humidity, and sound panels for acoustic control. For more specialized applications, tile backer boards are presented as ideal for wet areas like bathrooms, while construction boards are highlighted for their multi-purpose use as render carriers and fire-resistant solutions. The importance of appropriate tools and adhesives for successful plasterboard installation is stressed, guiding users towards achieving a stable and aesthetically pleasing result. The article also touches on the financial aspects, providing a general price range for different products, making it easier for customers to plan their budgets. This resource aims to equip individuals with the knowledge to select the most appropriate plasterboard and related products for their renovation projects, ensuring both structural integrity and a refined finish. #Plasterboard #HomeRenovation #BuildingMaterials #WallFinishes #InteriorDesign #Insulation #DrywallInstallation #HomeImprovement #Construction

Copenhagen-based studio Moebe has developed an innovative shelving system that emphasizes flexibility, ease of assembly, and a refined aesthetic. The system is designed to be completely tool-free, eliminating the need for screws, glue, or welding, which aligns with Moebe's philosophy of intelligent and simple design. This approach allows users to configure and reconfigure their storage solutions effortlessly, adapting them to diverse spaces and individual requirements. The core of the shelving system's ingenious design lies in its use of wooden wedges. These wedges are precisely crafted to slot into angled holes within the timber shelves. This mechanical connection creates a secure and stable joint, with the unique characteristic that any additional weight placed on the shelf actually tightens the joint, enhancing its stability. This mechanism showcases a thoughtful understanding of physics and material interaction to achieve functional robustness. The system features rounded steel uprights that serve as the vertical support structure. These uprights allow for shelves to be positioned at any desired height, providing maximum customization. The modular nature extends to the uprights themselves, which are available in three different heights and can be interconnected to expand the system both horizontally and vertically. This modularity ensures that the shelving can grow and evolve with the user's needs, making it a versatile piece of furniture suitable for various applications, from residential living spaces to commercial environments. Foundational to Moebe's design ethos, as articulated by co-founder Anders Thams, is the principle of creating simple constructions. The studio actively challenges conventional manufacturing methods that often rely on adhesives and fasteners. Their goal is to distill designs to their most basic forms and functions, resulting in products that are not only aesthetically clean but also inherently intuitive to use. This commitment to simplicity and functionality is evident in the shelving system's minimalist appearance and its straightforward assembly process. The shelving system is constructed from high-quality materials, offering options in oiled oak and black stained ash wood, providing a choice of finishes to complement different interior styles. This product marks Moebe's most ambitious furniture piece to date, showcasing their growth and expanding capabilities since their establishment in 2014 by partners Martin De Neergaard Christensen, Nicholas Oldroyd, and Anders Thams. Alongside this new shelving system, Moebe also launched a new coat rack and a full-body wall mirror, further expanding their product range. The system was first unveiled at the Stockholm Furniture Fair, a prominent event within the city-wide festival held in February. Its introduction at such a respected design fair highlights its significance and potential impact within the furniture design industry, signaling a trend towards more user-friendly, adaptable, and sustainably-minded furniture solutions. #Moebe #ShelvingSystem #FurnitureDesign #FlexibleStorage #ToolFreeAssembly #WoodenWedges #ModularFurniture #CopenhagenDesign #MinimalistDesign

The Europe gypsum board market, valued at USD 9.51 billion in 2024, is projected to reach USD 22.49 billion by 2033, demonstrating a Compound Annual Growth Rate (CAGR) of 10.04%. Gypsum boards, also known as drywall or plasterboard, are fundamental building materials composed of a gypsum plaster and water core sandwiched between paper layers. They are widely utilized for lightweight, fire-resistant interior walls and ceilings in residential, commercial, and industrial construction due to their fire resistance, acoustic insulation, and ease of installation. The European built environment is experiencing significant changes driven by energy efficiency directives and increasing urban density. A substantial number of existing buildings predate current energy standards, necessitating extensive upgrades to meet modern efficiency targets. Public and private investments in non-residential construction have risen, fueled by demand in the office, healthcare, and educational sectors. These transformations create a continuous need for interior finishing solutions that comply with sustainability codes, fire safety standards, and rapid construction timelines, thereby cementing the role of gypsum boards in Europe's evolving construction landscape. Key market drivers include the implementation of the EU Renovation Wave Strategy, which mandates deep energy retrofits for millions of buildings. This initiative aims to accelerate energy-efficient building upgrades to achieve the EU's climate neutrality goals by 2050. Gypsum boards are integral to these retrofits due to their compatibility with insulation systems, vapor barriers, and low embodied carbon profiles. Additionally, the growth in non-residential construction projects, particularly in healthcare, education, and logistics infrastructure, significantly boosts demand for gypsum board systems in institutional and commercial settings. These projects prioritize execution speed, fire safety, and internal zoning, attributes readily provided by modern gypsum board assemblies. However, the market faces restraints such as the volatility in raw material and energy costs. Fluctuations in prices for natural gypsum feedstock and natural gas, essential for calcination processes, put pressure on production economics. Environmental regulations and extraction policies increasingly constrain the procurement of raw materials. Moreover, stringent fire and acoustic performance regulations pose challenges, as evolving building codes demand increasingly complex performance, requiring manufacturers to maintain multiple product certifications and technical dossiers, which increases compliance costs and delays market entry. Opportunities arise from the integration of recycled content and circular economy practices. Gypsum is inherently recyclable, and post-consumer waste can be reprocessed into new boards without performance loss, aligning with the European Commission’s Circular Economy Action Plan. The expansion of prefabricated and modular construction systems also presents a significant opportunity. The rapid adoption of off-site construction methods creates demand for specialized gypsum board solutions integrated into factory-built modules, which require lightweight, dimensionally stable interior linings capable of withstanding transportation and rapid on-site assembly. Key market challenges include the fragmentation of building codes across member states, which hinders standardization and impedes pan-European product deployment for manufacturers. Significant discrepancies in fire resistance duration, acoustic insulation requirements, and vapor permeability thresholds necessitate multiple product certifications. Competition from alternative low-carbon interior materials, such as bio-based panels (mycelium, hemp lime, wood fiber boards), also poses a challenge. These alternatives, though not yet matching gypsum in fire safety and soundproofing, align more closely with net-zero construction goals and are supported by EU green building programs. The market is segmented by product type, with wallboards dominating, holding a 62.6% share in 2024, driven by their foundational role in interior partitioning and extensive renovation activities. Pre-decorated gypsum boards are expected to exhibit the fastest CAGR of 7.2% from 2025 to 2033, owing to demand for time and labor-efficient finishing solutions. By end-user industry, the residential segment leads with a 48.7% share, propelled by urbanization, affordable housing initiatives, and renovation of aging housing stock. The institutional segment is projected to be the fastest-growing, with a CAGR of 6.8%, driven by public investment in education, healthcare, and civic infrastructure. Regionally, Germany was the top performer in 2024 with a 22.6% share, attributed to its large construction economy and energy-efficient building standards. France followed with a 19.8% share, driven by urban development projects and housing policies. The UK saw steady growth due to housing agendas and institutional renewal programs, while Italy expanded due to renovation incentives. Spain is anticipated to grow significantly from 2025 to 2033, fueled by tourism-linked construction and urban regeneration. The competitive landscape is dominated by globally integrated manufacturers like Saint-Gobain, Knauf, and Etex Group, who focus on performance innovation, sustainability, and offering end-to-end solutions. #GypsumBoardMarket #EuropeConstruction #RenovationWaveStrategy #SustainableBuilding #ModularConstruction #BuildingMaterials #InteriorDesign #EnergyEfficiency #NonResidentialConstruction

Dunya Home Design, based in Huntingdon Valley, is revolutionizing the surface material industry with its focus on unique luxury products. The company's name, 'Dunya,' which means 'world' in Arabic, reflects its broad vision for innovative design solutions. Chief operating officer Mike Sobolewski highlights that Dunya's product offerings significantly distinguish them from competitors, aiming to establish the brand as the leading U.S.-based company for distinctive surface solutions, driven by an essence of exclusivity. A key product in Dunya's portfolio is FLEXMARBLE, a groundbreaking surface technology crafted from 100% real crushed marble. This material maintains the authentic texture and visual richness of natural stone but introduces an unprecedented level of flexibility. This characteristic allows architects and designers to apply marble to curved walls, columns, and other unconventional architectural elements, thereby expanding the creative possibilities for incorporating marble's classic aesthetic into modern design. Sobolewski emphasizes that FLEXMARBLE is currently exclusive to Dunya in the U.S., making it a unique, customizable, and flexible stone technology. Once installed and sealed, it is designed to offer lasting beauty coupled with easy installation and adaptability. Beyond FLEXMARBLE, Dunya Home Design continues its commitment to innovation across its product range. The company has recently launched Stone Polymer panels, which are waterproof, UV-resistant, and highly durable. These panels are suitable for diverse applications, from high-humidity environments like spa bathrooms to exterior facades. Dunya is also in the process of introducing a real brick veneer alternative and is actively developing new lines, including stairs, railings, contemporary doors, and aluminum siding. Sobolewski states that every product from Dunya is developed with the intention of disrupting the design world, addressing a perceived stagnation in surface material innovation. The company's showroom is designed to be an immersive experience, functioning more as a creative studio than a retail space. It features full-scale wall installations and carefully arranged vignettes, inviting clients to interact directly with the materials. This setup allows customers to physically touch, view, and envision how these surfaces can transform their spaces, moving beyond simple samples to a more comprehensive understanding of the products. This experiential approach fosters a deeper connection with the design possibilities Dunya offers. Client support is a core component of Dunya's service model, extending well beyond the showroom. The company provides extensive support, including design consultations, digital mockups, installation guidance, and training programs. This ensures that architects, interior designers, and homeowners receive comprehensive assistance throughout their projects, fostering a sense of partnership and commitment. Sobolewski notes that Dunya considers its clients and supporters as an extended family, aiming for this sentiment to be evident in every interaction. The company's future objectives are ambitious, with a stated goal to not merely meet industry standards but to completely redefine them. Through products like FLEXMARBLE and its expanding range, Dunya is actively shaping new ways of experiencing surface materials in interior and exterior design. #DunyaHomeDesign #InteriorDesign #SurfaceMaterials #FLEXMARBLE #StonePolymerPanels #ArchitecturalInnovation #LuxuryDesign #HomeRenovation #DesignTrends

Lithos Design, an Italian brand specializing in marble products, has expanded its Pietre Incise wall covering collection with the introduction of four new three-dimensional textures: Agra, Bugna, Crystal, and Plissé. These additions are designed by Raffaello Galiotto and aim to highlight the inherent beauty and natural materiality of marble through intricate patterns and relief. The Pietre Incise collection, which now comprises 26 distinct designs, is characterized by its focus on how light interacts with carved stone surfaces, creating dynamic visual effects that change throughout the day. The newly launched textures draw inspiration from diverse sources, including architectural techniques and fabric manufacturing processes. Agra, for instance, is influenced by Oriental art and the monumental architecture of the Indian city of Agra, renowned for the Taj Mahal. Its three-dimensional surface aims to evoke the grandeur and detailed craftsmanship seen in such structures. Plissé, named after the fabric, replicates the soft, vertical folds of pleated material, translating this textile quality into a subtle, elegant stone wall covering. Crystal features a regular geometric structure, designed to mimic the captivating and organized patterns found in natural crystals. This texture creates a sense of order and depth, playing with light to produce a spellbinding effect. Bugna, the fourth new texture, is inspired by the ancient rustication technique, which has been used in architecture for centuries. It showcases rounded corners, staggered vertical grooves, and horizontal slits, all contributing to a rich interplay of light and shadow that adds visual interest and a sense of history to interior spaces. Each wall covering in the Pietre Incise collection is categorized into one of five subsections: linear, geometric, wavy, organic, and architectural, allowing for a wide range of aesthetic applications. The designs are engineered to maximize the impact of light, which accentuates the natural appearance of the marble and creates an evolving tapestry of shades and patterns on the walls as the brightness shifts. This thoughtful consideration of light interaction is a core element of the collection's design philosophy. The new textures are available in modular units, each measuring 60/120 x 60 x 2 centimeters, offering versatility for various installation requirements. Lithos Design emphasizes that these additions further demonstrate the infinite potential of marble as a design material, transforming functional wall coverings into artistic statements that celebrate natural stone. The brand encourages exploring the full Pietre Incise collection and its latest textures on its official website, providing designers and homeowners with innovative options for interior surface design. #MarbleWallCoverings #LithosDesign #PietreIncise #InteriorDesign #ArchitecturalSurfaces #ThreeDimensionalTextures #StoneDesign #RaffaelloGaliotto #HomeDecor

Dwell and Concrete Collaborative have launched a new multipurpose line of handcrafted tiles, the Strands Collection, drawing inspiration from California surf culture and shared design ideals. The partnership brings together two women-founded companies, leveraging Concrete Collaborative's extensive knowledge in concrete and Dwell's design focus. These tiles, designed by architect Chris Deam, are characterized by bold midcentury colors and are created using an encaustic process, where pigmented clay is inlaid into each concrete tile rather than glazed on top. This traditional method ensures a durable finish suitable for various applications, including bathroom floors, kitchen backsplashes, and courtyards. The collaboration builds on Concrete Collaborative's existing Strands Collection and reflects their strategy of partnering with the architecture and design community to foster innovative designs. Kate Balsis, a founding partner at Concrete Collaborative, highlighted the synergy between the two companies and the shared goal of inspiring customers. The manufacturing process involves creating tiles in small batches, where the color is an integral part of the form, fused under high pressure from a cement mixture pressed into metal molds. This results in a product specifically engineered for use in wet areas and high-traffic spaces, possessing an organic, handmade feel while offering a long-wearing, commercial-grade finish. The concrete solution features a high-density, low-porosity formula for sophistication and durability, suitable for both indoor and outdoor use. Architect Chris Deam, husband of Dwell founder Lara Deam, conceived the tile designs. His inspiration stemmed from a long-standing fascination with pattern-making, particularly the repeating designs of William Morris, and his recent immersion in surfboard design during the COVID-19 lockdown. Deam, an avid surfer, translated various surfboard tail shapes into tile designs after studying how different boards affect the experience of riding a wave. He emphasizes that his approach to tile design considers not only visual presentation but also how the geometry of repeating structures relates to the surrounding architecture. The collection features five distinct styles, which can be purchased individually or as a mixed box for diverse combinations. These styles include the Squash, Swallow, Pin, Wave, and Stringer designs. The Squash, Swallow, and Pin designs offer numerous possibilities for mixing and matching, available in five standard colors: ochre, navy, olive, taupe, and a cool blue. The Wave tile boasts clean lines and a distinctive pinstripe detail, providing additional options for graphic wall or floor installations. The Stringer tile, a hexagonal form with subtle tick marks, reinforces geometric aesthetics. Deam intends for these tiles to be smart, fresh, functional, and versatile, serving as a starting point for individuals to express their own design vision, aligning with Dwell's foundational principles. The Concrete Collaborative website provides further information and sample ordering for the Dwell collection. #TileDesign #ConcreteCollaborative #DwellCollaboration #SurfCultureInspired #EncausticTiles #InteriorDesign #ArchitecturalTiles #HomeDecor #ModernTiles

Fireclay Tile, a West Coast tile specialist, has announced the launch of a new product category named Fireclay Bath, set to be available in November. This new line features customizable American-made bath fittings, developed in collaboration with a domestic foundry. The collection is designed to offer a wide range of aesthetic and functional choices for bathroom interiors. The Fireclay Bath line is comprehensive, encompassing various components from faucets and showers to ceramic knobs. The fittings include sculpted metal faucets and shower fixtures, which are produced with an emphasis on craftsmanship and design. A unique aspect of the collection is its ceramic knobs, which are molded from a wheel-thrown form, highlighting the brand's expertise in ceramic artistry and traditional manufacturing techniques. This approach ensures that each knob possesses a distinct, handcrafted quality. Customers will have extensive customization options, as the Fireclay Bath line is structured into four distinct series. Within these series, there are nine different spout designs available, allowing for varied aesthetic preferences and functional requirements. Additionally, the line offers 10 handle styles, providing further personalization for faucets and other fixtures. The metal components are available in 16 different finishes, ranging from classic to contemporary, enabling seamless integration with diverse bathroom design schemes. True to Fireclay Tile's core competency in tile glazing, the colors featured in the bath fittings collection are rich and deeply layered. This expertise is particularly evident in the ceramic knobs, which are presented in a vibrant palette. Examples of these colors include Thistle, Kalamata, Chaparral, Sweet Pea, Garnet, and Tiger’s Eye. These colors are chosen to offer both subtlety and striking contrast, allowing designers and homeowners to create visually appealing and harmonious bathroom environments. The emphasis on color and finish reflects a holistic approach to bathroom design, where every element contributes to the overall aesthetic and tactile experience. The collaboration with a domestic foundry for the production of metal fittings underscores Fireclay Tile's commitment to local manufacturing and quality control. This partnership ensures that the metal components meet high standards of durability and finish, complementing the handcrafted ceramic elements. The overall offering aims to provide a sophisticated and highly customizable solution for modern bathroom design, blending traditional craftsmanship with contemporary design flexibility. #FireclayTile #BathFittings #CustomizableDesign #CeramicKnobs #MetalFinishes #AmericanMade #InteriorDesign #BathroomRemodel

The field of architecture has traditionally favored rectilinear forms, with most buildings and rooms featuring flat, rectangular surfaces and straight lines. However, a recent shift in design preferences indicates a resurgence of curved and free-flowing forms. This trend is not merely aesthetic; research in neuroscience suggests that curvilinear spaces are perceived as more beautiful and contribute to enhanced mood and well-being, influencing designers and architects to integrate these shapes into modern projects. Curved surfaces offer a versatile range of functionalities beyond their visual appeal. They can introduce dynamic movement into a space, creatively define zones, serve as integrated furniture, and even function as load-bearing structural elements. The adoption of advanced technologies like 3D construction printing and Building Information Modeling (BIM) has significantly simplified the visualization and construction of complex curved geometries. Despite these technological advancements, a deep understanding of materials remains essential for achieving successful and high-quality curved designs. This article explores various materials suitable for creating curved architectural elements, categorizing them based on their pliability and application. Flexible plywood, for instance, is ideal for surfaces like walls, ceilings, and furniture due to its ease of shaping and aesthetic versatility. Aluminum and other metals, known for their strength and ductility, can be precisely bent and formed to create intricate structural and decorative curves. Glass, when appropriately treated, can also be curved, offering unique possibilities for transparency and light manipulation in facades and interior partitions. Specialized materials and techniques, such as stretched fabrics and membranes, provide lightweight and adaptable options for creating large-scale curved installations and temporary structures. Concrete, traditionally associated with rigid forms, can be molded into various curved shapes using advanced formwork systems, allowing for robust and expressive architectural statements. Furthermore, the article delves into the potential of more unconventional materials and innovative manufacturing processes that enable architects to push the boundaries of curved design. The increasing demand for organic and biophilic designs, which draw inspiration from natural forms, further fuels the interest in curved architecture. These designs aim to create environments that resonate with human psychology, promoting comfort and a sense of connection to nature. As architectural practice continues to evolve, the integration of curved forms, supported by both traditional and innovative materials, is set to become a more prominent feature in contemporary building and interior design. #CurvedDesign #ArchitecturalMaterials #FlexiblePlywood #CurvedGlass #MetalBending #OrganicArchitecture #3DPrinting #BuildingInformationModeling #InteriorDesign

This paper explores the development of 'Slim Skins,' a novel glazed façade system designed to address the increasing demand for highly transparent buildings while simultaneously reducing environmental impact through efficient resource utilization and lower embodied carbon. Drawing inspiration from Mies van der Rohe's "skin and bones" concept, the research tackles the challenge of achieving maximum transparency in modern building design without compromising energy efficiency or structural integrity. The article highlights that traditional curtain wall systems, despite their popularity, often fall short of desired transparency due to their protruding frames (mullions and transoms). Structural glass systems offer high transparency but are often inefficient in material use, time-consuming to design, and costly, leading to higher environmental footprints. The 'Slim Skins' system proposes a solution by integrating the frame within the glazed units, making the glass work structurally. This approach, building on previous research, particularly Cordero (2015), utilizes composite action where the frame is adhesively bonded between the glass panes. This not only allows for a lower thermal transmittance but also creates a significantly slimmer façade element. The paper details the methodology, which began with a literature review and the establishment of design scope and requirements based on Dutch building codes and industry standards. Various design iterations, including different profile shapes for the integrated mullions, were assessed for structural feasibility using finite element models (FEMs) and hand calculations, focusing on stiffness and strength requirements like deflection and stress. The study found that profiles with greater contact surfaces between the mullion and glass achieved higher composite action, leading to improved structural efficiency. A key aspect of the research is the sustainability assessment, which evaluates the end-of-life environmental impact of the 'Slim Skins' system compared to existing façade systems, such as the Triodos Bank project. The assessment, following the method developed by Hartwell & Overend (2019), analyzes different end-of-life scenarios: landfill, recycling (including downcycling and energy recovery), reuse of components, and full system reuse. The study demonstrates that reuse scenarios (component reuse and full system reuse) offer significantly greater environmental savings in terms of embodied energy (EE) and global warming potential (GWP) compared to recycling or landfill. Notably, full system reuse, particularly for unitized systems like 'Slim Skins,' provides the highest environmental benefits by avoiding material separation and enabling easier relocation. While structural assessments required adjustments, such as increasing glass thickness for certain profiles to meet deflection and stress requirements, the 'Slim Skins' system aims to combine the high transparency of one-way spanning glazing with the economic efficiency of unitized curtain wall systems. The final design, which incorporates glass fibre reinforced polymer (GFRP) profiles attached to glass panels, achieves flush construction with minimal visible opaque materials. The system is designed for factory assembly, allowing for efficient production and on-site installation by attaching panels to slab edges. Challenges include the intricate profile design requiring high precision during construction and the extensive use of adhesive, which can complicate disassembly for recycling but facilitates full system reuse. The research concludes that the 'Slim Skins' system offers a viable, transparent, and more sustainable alternative for modern glazed façades by leveraging composite action and prioritizing reuse in its end-of-life strategy. #SlimSkins #GlazedFaçade #SustainableArchitecture #CompositeAction #GlassDesign #BuildingTechnology #EmbodiedCarbon #UnitizedSystems #EnvironmentalImpact

The Cadenza concrete spiral staircase, developed by researchers at ETH Zurich in collaboration with ROK Architects, represents an innovative approach to construction by emphasizing material-saving and reversible design principles. This project is a key contribution to the NEST building, an experimental laboratory in Dübendorf, Switzerland, dedicated to advanced fabrication techniques. The staircase is installed within the building's STEP2 unit, featuring 16 identical prefabricated concrete steps arranged helically. A central innovation of the Cadenza staircase lies in its fabrication method. All 16 steps are produced using a single 3D-printed mold made from carbon fiber-reinforced PET plastic. This directly addresses the significant waste generated by traditional, single-use formwork in concrete construction. Instead of directly 3D-printing the concrete elements, the team opted to 3D-print a reusable mold, which allows for repeated casting of multiple steps. This approach ensures minimal digital fabrication input for scalable production of bespoke designs and enables the seamless integration of steel reinforcement, a critical component that is often incompatible with direct concrete 3D printing. The design prioritizes material efficiency, with each step being only 20 millimeters thick. This structural optimization results in a drastic weight reduction, giving the staircase a distinctive slender, skeletal appearance. Each individual step weighs 45 kilograms, approximately 60 percent less than a conventional concrete step. The steps are connected using dry connections, which means they can be easily disassembled and reused in other architectural projects, promoting circularity in construction rather than contributing to demolition waste. Assembly of the Cadenza staircase is designed for efficiency and adaptability. Although the staircase was initially assembled off-site and craned into the NEST building, it is engineered to be handled and installed without heavy machinery, making it suitable for tight spaces and retrofitting applications. The individual steps are crafted from ultra-high-strength, steel fiber-reinforced concrete. The computational workflow for this design was developed in partnership with Swiss firm ROK Architects, allowing for the creation of various designs using the same underlying methodology. Two primary components facilitate the staircase's assembly and stability. First, a series of interlocking connectors are printed directly into each step, ensuring precise attachment between them. Second, a system of three steel alloy cables runs through channels along the spine of the staircase. This is a post-tensioning system utilizing 'memory steel,' where tension is applied only after the steps are in place through the brief application of heat from a generator. This process effectively secures the steps tightly to the center of the staircase. This tensioning system is designed to be disassembled, allowing the individual steps to be removed and repurposed, thereby contributing to a circular construction economy. The longevity of the concrete itself further supports the sustainability objectives of the project, as its extended lifespan can offset concerns regarding concrete's carbon emissions. The NEST building, managed by Swiss research institutions Empa and Eawag, serves as a dynamic environment for such experimental modules, allowing for the installation, testing, and eventual dismantling of innovative construction solutions like the Cadenza staircase. #ETHZurich #ConcreteStaircase #3DPrinting #ReusableConstruction #MaterialEfficiency #SpiralStaircases #SustainableArchitecture #DigitalFabrication #NESTBuilding

Limelite offers a range of lightweight, easy-to-work renovation plasters that serve as a durable and breathable alternative to traditional gypsum-based plasters. The core benefit of Limelite products lies in their gypsum-free composition, which allows them to work harmoniously with the existing fabric of a building. This characteristic is particularly crucial for maintaining the structural integrity and health of older buildings, as it permits brick and masonry walls to breathe naturally. By enabling walls to breathe, Limelite prevents the common issues associated with trapped moisture, such as dampness and mould growth, which can compromise both the aesthetic and structural longevity of a building. This breathable quality is especially valuable in renovation projects where preserving historical building methods and materials is a priority. The plaster system is designed to offer a high-quality, long-lasting finish that not only protects the building but also performs consistently over many years. This durability ensures that the renovated surfaces remain in excellent condition, reducing the need for frequent maintenance and repairs. One notable aspect of the Limelite system is the recommendation to finish Limelite Renovating Plaster with a coat of High Impact Finishing Plaster. This combination creates a two-part BBA approved plaster system, indicating that it has undergone rigorous testing and meets high industry standards for quality and performance. The British Board of Agrément (BBA) approval signifies reliability and suitability for various construction applications, providing assurance to specifiers and builders. The versatility of Limelite products makes them suitable for a wide array of applications. This includes sensitive heritage projects, where the preservation of original structures and the use of sympathetic materials are paramount. Additionally, they are well-suited for modern constructions such as hospitals, where indoor air quality and moisture control are critical for health and safety, and social housing, where cost-effectiveness and long-term durability are important considerations. Tarmac, the manufacturer, provides comprehensive support for Limelite products, offering sales, specification, and technical advice through a dedicated contact line. Further information is available on their product website and via email, ensuring that customers have access to necessary guidance and assistance. The company, Tarmac Building Products Ltd, is based in Swains Park Industrial Estate, Overseal, Derbyshire, United Kingdom. They maintain a strong online presence, including social media platforms such as Twitter, YouTube, and LinkedIn, where they share updates and engage with their audience. This highlights their commitment to accessibility and customer interaction within the construction industry. The article also provides links to various resources and publications, including building specification guides and product updates, further enhancing the informational ecosystem around Limelite and other Tarmac products. The availability of brochures for Limelite and other Tarmac products like Truspread and Hydrocure Mortar, complete with download options, facilitates detailed product review for potential specifiers and users. #LimelitePlaster #TarmacBuildingProducts #RenovationPlaster #GypsumFree #BreathableWalls #MoistureControl #HeritageProjects #BBAApproved #ConstructionMaterials

LG Hausys, a South Korean manufacturing company, has introduced HIMACS Structura, an innovative solid surface material designed to offer unprecedented customization in interior and architectural projects. This new material builds upon the established HIMACS surface, which has already gained wide acceptance among architects and designers for its versatility in both domestic and commercial applications. Structura's key feature is its ability to be customized with virtually any suitable 3D pattern, allowing for highly individualized design solutions. The core of HIMACS Structura is its acrylic stone composition, which provides both durability and aesthetic flexibility. The material is notable for its thermoformability, meaning it can be heated and molded into a variety of three-dimensional shapes and designs. This characteristic makes it a highly adaptable option for designers looking to create unique and complex forms. Furthermore, its flexible and weather-resistant properties extend its utility beyond indoor spaces, making it suitable for a diverse range of applications. Potential uses for HIMACS Structura are extensive, including cladding for wet areas such such as bathrooms and spas, where its resistance to moisture is a significant advantage. It can also be employed to create large-scale patterned facades for building exteriors, demonstrating its capacity for architectural impact. The material is available in a palette of ten color options, which includes several shades of white, as well as black and a vibrant fiery red, providing a broad spectrum for aesthetic choices. In addition to the custom pattern capabilities, users can select from ten pre-designed textured surface patterns. Examples include 'Zen,' which mimics the tactile sensation of pebbles, and 'Hive,' characterized by a hexagonal print. These ready-to-use textures offer quick and effective ways to add depth and interest to surfaces. For projects requiring a specific brand identity or a unique artistic vision, HIMACS Structura also allows for complete customization, enabling patterns, drawings, fonts, and logos to be printed directly onto its surface. This level of personalization makes it an ideal material for bespoke interior design and branding applications. The HIMACS solid surface material has previously been utilized by renowned designers such as Karim Rashid and Jean Nouvel, indicating its standing in the design community. Its capabilities were recently showcased at Milan Design Week, where it was featured in various furniture product presentations, further highlighting its adaptability and aesthetic appeal in contemporary design. With HIMACS Structura, LG Hausys aims to empower architects and designers with a material that combines functional performance with limitless creative potential, catering to the evolving demands for personalized and visually striking design elements in modern construction and interior spaces. #HIMACSStructura #LGHausys #SolidSurfaceMaterial #AcrylicStone #3DPatterns #InteriorDesign #ArchitecturalMaterials #CustomizableSurfaces #Thermoformable #DesignInnovation

Italian brand Ceramiche Refin has introduced its new Wide collection of porcelain tiles, designed to mimic the appearance and texture of natural slate. This collection includes innovative versions adorned with patterns of lines and grids that give the impression of having been hand-drawn in chalk. The Wide collection is characterized by subtle surface smudges, marks, and imprints, contributing to its authentic slate-like character. It is available in five distinct color options: a chalky white, black carbon, olive green, and two shades of grey, steel and lead, offering a versatile palette for various design schemes. A notable addition to the Wide range is the Sketch series, which features chalky lines and grid patterns superimposed on the slate-like surfaces. These Sketch tiles are specifically designed to serve as accent pieces and create visual interventions within expansive spaces, adding a unique artistic touch. The collection offers a variety of sizes to accommodate different project scales and applications. Smaller tile formats are available for residential projects, while larger formats, such as 240 by 120 centimeters, 120 by 120 centimeters, and 120 by 60 centimeters, are intended for significant commercial areas and retail spaces where a reduction in grout lines is often desired to achieve a more harmonious and seamless aesthetic. Beyond the standard smooth finish, Ceramiche Refin also provides textured options for the Wide collection. Both smooth and textured tiles maintain a thickness between nine and 9.5 millimeters, ensuring durability and consistent quality. For outdoor applications, a specialized 20-millimeter-thick version is available in the carbon and steel shades. These thicker outdoor tiles are suitable for various installation methods, including traditional adhesive application and raised installations. Raised installation is particularly beneficial for temporary spaces, uneven ground, or areas where easy access to the sub-surface for inspection or maintenance is required. The durability and practical benefits of Ceramiche Refin porcelain tiles are significant. They are renowned for their strength, resistance to abrasion, frost, and various chemicals, making them a robust choice for both indoor and outdoor environments. Porcelain tiles are also low-maintenance, requiring only simple cleaning without the need for harsh chemicals, sealing, or special surface treatments. Their vitrified nature makes them an ideal choice for use in conjunction with underfloor heating systems, efficiently distributing warmth. Ceramiche Refin, with over 50 years of manufacturing experience, operates a state-of-the-art factory and a showroom in Milan, employing a dedicated research team and in-house technical laboratory to continuously innovate and advance tile technology. The Wide collection, including its Sketch variations, exemplifies Ceramiche Refin's commitment to combining aesthetic appeal with high performance. The thoughtful design, which mimics natural slate while incorporating contemporary graphic elements, positions these tiles as a versatile solution for a wide array of architectural and interior design projects. The ability to choose from multiple sizes, finishes, and specific designs like Sketch allows designers and homeowners to create customized and impactful spaces, whether for intimate residential settings or large-scale commercial developments. This collection highlights the ongoing evolution of porcelain tile technology, offering sophisticated and practical surfacing solutions. #CeramicheRefin #TileCollection #PorcelainTiles #SlateEffect #InteriorDesign #ArchitecturalSurfaces #HomeDecoration #CommercialDesign #SketchTiles

This blog post showcases a curated selection of a dozen innovative flooring options, emphasizing how style and substance converge to create impactful interior designs. The article highlights products from various manufacturers, each offering unique features and aesthetic appeals suitable for diverse design needs, particularly within the hospitality sector. The selection process for these featured products focuses on durability, design versatility, sustainability, and ease of installation, addressing key considerations for architects, interior designers, and developers. Among the featured products is Daltile’s Sovran collection, which expertly mimics the elegance of marble using durable ColorBody porcelain. This collection offers both white and black marble visuals, enriched with intricate veining patterns. It includes eight distinct Art Deco-inspired designs and a unique 3D satin-polished finish, providing both visual depth and tactile interest. This makes it a suitable choice for spaces aiming for a luxurious yet robust flooring solution. Signature Flooring introduces Ornamental Lineage, a collection designed to add depth and character to spaces. It reinterprets classic motifs such as florals, geometrics, and organic forms across 13 coordinating patterns. The collection blends timeless beauty with contemporary functionality, offering designers a versatile range of options to create sophisticated and enduring interior environments. Tarkett Hospitality's Running Line collection provides tufted, solution-dyed nylon pieces that are custom-cut from 12-foot broadloom. This collection stands out for its flexibility, offering a variety of shapes, sizes, and styles in area rugs. A significant advantage is the quick turnaround time, with orders shipping within two weeks, and no minimum order requirement, making it ideal for projects with specific needs or tight schedules. Tai Ping collaborated with AB Concept, a Hong Kong-based design firm, to create the Ami series. This avant-garde rug collection reinterprets traditional cable-knit styles through clean geometries and an organically inspired color palette. The Ami series offers a blend of classic craftsmanship and modern design, suitable for high-end residential and hospitality settings looking for unique textile flooring solutions. ABK presents Alterego, a collection that uses 10 shades across satin-finished surfaces to emphasize the decorative power of color. The collection includes patterns such as Scale, Sticks, and Twelve, which introduce glossy contrasts. Furthermore, its 3D effects offer mix-and-match possibilities, allowing for creative and personalized floor designs. Bjelin’s Woodura Planks 3.0 are Scandinavian-designed, European-made floors that incorporate patented Woodura and 5G Dry technologies. These innovations ensure the flooring is durable, sustainable, water-resistant, and easy to install, providing a practical and aesthetically pleasing real wood flooring option. The emphasis on sustainability and water resistance makes it a compelling choice for various commercial and residential applications. The Rug Company’s Handloom collection, exemplified by the Russet design, is meticulously crafted in Nepal by skilled artisans using a luxurious cashmere-wool blend. Its low pile height creates a subtle sheen, and the terracotta-inspired tones add an earthy appeal. This collection reflects a commitment to quality and artisanal heritage, providing a sophisticated and comfortable underfoot experience. Kasthall’s Anemon collection updates an archival pattern from a 1991 aquarelle sketch by Gunilla Lagerhem Ullberg. Made from a wool-linen blend, these tufted rugs offer both durability and longevity. The collection marries historical design with modern construction techniques, resulting in pieces of exceptional quality and timeless appeal. Nanimarquina’s Colorado collection, designed by Inga Sempé, blends traditional and contemporary elements by utilizing ancestral chobi techniques and handspun wool fibers. This approach produces shifting textures and visual richness that dynamically alter with light and movement, creating a dynamic and engaging floor surface. La Fabbrica offers the Velaris porcelain stoneware collection in four soft shades and various formats, including expansive slabs, compact sizes, and mosaics. The collection also features textured décor pieces and outdoor options, providing comprehensive solutions for both indoor and outdoor applications. This versatility allows for seamless design transitions and consistency across different areas of a project. Roca Tile’s Onice Supreme collection features golden veining and translucent cream tones, known for its refined texture and marble finishes. This collection is designed to elevate any space into a luminous sanctuary, offering a luxurious and sophisticated aesthetic with the durability of tile. Finally, Bolon debuts its first tile-only collection with Reef Naturelle Chrome. This innovative product is designed for seamless installation, allowing it to be laid monolithically without visible joints or with quarter-turn variations to enhance its light-reflecting effects. This offers designers unique opportunities to create visually continuous or subtly varied floor patterns, contributing to a modern and polished look. #FlooringOptions #InteriorDesign #HospitalityDesign #SustainableFlooring #LuxuryFlooring #TileDesign #RugDesign #CommercialFlooring #ArchitecturalMaterials

The article discusses the HiRes Concrete Slab, a novel concrete floor developed by an interdisciplinary team at ETH Zurich for the NEST research building in Dübendorf, Switzerland. This innovation draws inspiration from Gothic architecture's efficiency and aesthetic appeal, achieving similar results through computer-aided structural optimization. The HiRes Concrete Slab, a thin, slightly vaulted funicular concrete floor, was installed in an office space at ETH's HiLo research unit, measuring approximately 4 x 5 meters. This design represents a significant material reduction of about 70% compared to a standard flat slab, a claim supported by a precursor presented at the Davos World Economic Forum in 2019. The structural optimization is primarily due to the strategic placement of ribs on the upper side of the ceiling slab, which is approximately 50 mm thick. Additionally, the ceiling features a rise of about 275 mm in its central area. Further concrete savings are achieved by integrating 12 mm thick post-tensioning ties along the four edges of the room. The underside of the floor is designed for acoustic optimization. It features sound-scattering ridges that are most prominent and closely spaced in the center of the slab, gradually diminishing to a smooth surface towards the walls. The slab also ingeniously incorporates spaces for a lighting system, heating and cooling pipes, and subtly integrated air vents. All these elements were embedded into the formwork prior to the concrete pouring. The manufacturing process of the concrete floor involved a combination of digital production techniques. The slab was cast in place using 43 small-scale, 3D-printed formwork parts for the bottom layer. These parts were then mounted onto a slightly vaulted waffle grid. The ETH team utilized three distinct digital production processes: 1. **Laser-cutting:** Used for shaping the wood components of the waffle grid. 2. **Binder-jet process:** Employed for creating the formwork elements. This technique involves selectively solidifying sand with a binding agent. 3. **Fused deposition modeling (FDM):** Utilized for producing the small-scale ventilation ducts. FDM builds components layer by layer from a liquid thermoplastic material that subsequently hardens. In contrast, the method for forming the 50–80 mm ribs on the upper side of the slab was less complex, involving CNC wire-cut polyurethane foam blocks as formwork elements. These foam blocks are designed to remain between the ribs, providing additional insulation after the construction is complete. The project involved collaborations with various partners and sponsors, including Empa, NCCR Digital Fabrication, Bürgin Creations, Holcim (Schweiz), BASF (Schweiz), and Christenguss, highlighting a multidisciplinary approach to advanced architectural design and construction. #HiResConcreteSlab #EmpaNEST #ETHZurich #SustainableConstruction #StructuralOptimization #3DPrinting #DigitalFabrication #FunicularDesign #RibbedCeiling

Once confined to mountain cabins, 1990s basements, and Swedish saunas, cedar walls are experiencing a significant resurgence in modern interior design. This wall treatment, historically associated with rustic aesthetics, is being reimagined by contemporary designers to offer warmth and a subtle evergreen scent without the dated appearance of its past iterations. The key to this modern revival lies in a strategic approach to finish, color palette, and accompanying decor. Traditionally, cedar paneling in its less desirable form was characterized by a glossy, orange-red tint, often paired with elements like Tiffany lamps and laminate flooring, contributing to an outdated look. However, a new generation of designers is proving that the natural beauty of unpainted timber—whether pine, cedar, or oak—can be elevated to create sophisticated and inviting spaces. The core principle for modernizing this material involves opting for a light, matte finish that preserves the natural texture and color of the wood. This approach moves away from heavy stains and glossy treatments, allowing the wood's inherent character to shine through in a more refined manner. To prevent the wood paneling from appearing overtly rustic or reminiscent of a bygone era, designers are integrating vibrant textiles, bold paint colors, and striking art pieces. These contrasting elements serve to modernize the space, injecting a fresh and contemporary feel while leveraging the warmth that wood naturally provides. The juxtaposition of natural wood with modern furnishings and decor creates a dynamic and visually appealing environment that transcends traditional cabin aesthetics. Max Humphrey, a Portland, Oregon-based designer known for his Americana aesthetic, exemplifies this trend by staining wood in lighter tones and pairing it with pale furniture. This method brightens the space and updates the classic wood-paneled look. Similarly, French designer Pierre Yovanovitch has adopted this style in projects like Le Coucou in Méribel, France. He maintains a monochrome palette, such as a rusty red-dotted carpet complementing a painted ceiling in the same hue, to update quintessential Alpine pine paneling. This cohesive color strategy allows the wood to integrate seamlessly into a sophisticated, contemporary design. Frances Merrill of Reath Design embraces the cabin vibe, enhancing the rusticity of wood planks with elements like checkered table skirts, oil paintings, and patchwork quilts. Crucially, she ensures the overall design remains current by incorporating furniture with clean, modern lines. This thoughtful balance prevents the space from feeling dated, instead creating a harmonious blend of rustic charm and contemporary elegance. The renewed interest in wood wall treatments signifies a shift towards natural materials and an appreciation for their inherent beauty when thoughtfully integrated into modern design schemes, positioning them as a compelling alternative to popular finishes like shiplap. #WallTreatment #InteriorDesign #CedarWalls #HomeDecorTrends #WoodPaneling #DesignInspiration #ModernRustic #HomeRenovation #MaterialRevival

Ceiling patterns and designs significantly influence a house's interior aesthetic. This guide explores various ceiling board designs available in the Kenyan market, detailing their characteristics and approximate costs. The selection of a ceiling board typically depends on factors such as budget, desired class, durability, and overall aesthetics. The article includes insights from Collins Vincent, an architect and interior designer at Colourful Interiors, who offers advice on achieving stylish interiors economically. Eight distinct types of ceiling boards are discussed. The first two are wood-based: Mahogany ceiling tile and groove (TnG) and Cypress ceiling tile and groove (TnG). Mahogany TnG, a traditional yet popular choice, is often seen in houses and boardrooms and costs approximately Ksh. 4,800 per square meter. Cypress TnG, made from cypress wood panels, offers elegance but is less strong than mahogany, with an installation cost of about Ksh. 3,500 per square meter. Next, the article covers PVC ceiling boards. PVC ceiling light gauge, a soft board option, is cheaper and easier to install, coming in various shades and designs. A bundle of light gauge PVC costs Ksh. 2,500. PVC ceiling heavy gauge is a budget-friendly plastic alternative, mostly imported from China. It is water-resistant and good-looking but can be prone to falling off due to roof heat and wind. A single bundle, covering about 11 square meters, costs Ksh. 5,000. Chipboard ceiling, available in flowered and plain designs, is presented as an older but versatile option. It can be used in various styles, including round or ceiling-mounted configurations. Installation, including supply and fix, is about Ksh. 1,500 per square meter, suitable for any house design. The final three types are gypsum-based designs. Gypsum ceiling coffered design creates sunken panels that add architectural detail to a room, made by combining mouldings and gypsum. These designs are popular and can cost approximately Ksh. 3,500 per square meter. Gypsum ceiling plain design offers a simple, stylish look that can resemble concrete ceilings. It is water-resistant, durable, reusable, and sound-absorbing, costing around Ksh. 2,000 per square meter. Finally, Gypsum ceiling design bulkhead is a modern option, slightly more expensive due to the materials and intricate crafting. It often incorporates indirect and downlighting, with costs around Ksh. 2,800 per square meter, though prices can vary. Collins Vincent emphasizes that ceilings play a crucial role in setting a room's mood and character, advising homeowners to prioritize simplicity, elegant lighting, and appropriate paint colors. He recommends gypsum boards for those on a budget due to their customization options and types (moisture, normal, fire-resistant), and suggests combining PVC or TnG with gypsum for a premium look. Vincent also notes increasing experimentation in interior design among Kenyans, with trends like textured paint finishes, 3D murals, wallpaper, minimalistic gypsum designs, and blended gypsum and PVC laminate finishes defining modern Kenyan homes. #CeilingDesigns #HomeInteriors #KenyanArchitecture #BuildingMaterials #InteriorDesignTrends #GypsumCeilings #PVCCeilings #WoodenCeilings #HomeRenovation