Metal does not absorb moisture like wood or other porous materials. Moisture absorption is a key factor in the development of mold and rot. Since metal does not absorb water, it does not provide an environment where mold and rot can thrive. #architect #construction #renovation #metalroof #metalsiding #commercialbuilding #homeimprovement #barndominium https://hubs.ly/Q02ScpV00
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Metal does not absorb moisture like wood or other porous materials. Moisture absorption is a key factor in the development of mold and rot. Since metal does not absorb water, it does not provide an environment where mold and rot can thrive. #architect #construction #renovation #metalroof #metalsiding #commercialbuilding #homeimprovement https://hubs.ly/Q02vDc4Z0
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Are Metal Roofs Noisy? Let's Debunk the Myth. A common misconception is that metal roofs are noisy, but that couldn’t be further from the truth! Modern metal roofing systems are designed with noise reduction in mind. When installed properly, metal roofs are often quieter than other roofing materials. The combination of underlayments, insulation, and solid sheathing absorbs sound, preventing rain or hail from creating excessive noise inside the building. #metalroof #contractor #architect #roofremodel #myth #homeimprovement https://hubs.ly/Q02VyRLZ0
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As promised, our latest case study on 'Copper Bottom' is now live. The project is testimony to Adrian James’ lifelong fascination with copper and is clad entirely in it. The copper has undergone pre-patination, a factory process that mimics the natural weathering process. Copper, when mined and purified, is shiny (think of a new one pence piece). Over time the copper will dull as it oxidises and then gradually patinates – turning bright green, blue or yellow, which will remain forever, the metal oxidising no further. This process takes many years to occur naturally. However, as the green colour is what Adrian desires for the property, he has had the process accelerated, meaning the building has been green from day one of the cladding installation. https://lnkd.in/eBT4eS55 Solid were appointed as Engineers on the project working alongside Adrian James Architects, CBG Consultants Ltd, GC Interiors Limited, Timber Innovations, COTSWOLD METAL ROOFING LIMITED, ECO-LECTRICAL LTD and RoofTek. Images by Fisher Studios #CopperHouse #Copper #Architecture #Architecturaldesign #StructuralEngineering #CivilEngineering
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🚧 The Power of Hydrated Lime in Construction 🏗️ Did you know that hydrated lime is a key ingredient that can significantly enhance construction materials like mortar, plaster, and stucco? Here’s why builders and architects continue to rely on it: 🔹 Improved Workability: Lime improves the texture and flexibility of mixes, making them easier to apply and shape. 🔹 Enhanced Durability: It reduces the risk of cracking by increasing flexibility, ensuring long-lasting results. 🔹 Water Resistance: Lime decreases water permeability while still allowing moisture to escape, reducing water damage risks. 🔹 Weathering Resistance: Lime-based materials can better withstand harsh weather, ensuring that your structures stand the test of time. Whether you’re restoring a historical building or working on a modern project, hydrated lime plays a crucial role in strengthening and protecting structures. 💪 #ConstructionMaterials #SustainableBuilding #Architecture #HydratedLime #Mortar #Stucco #Plaster #BuildingSolutions #DurabilityInConstruction
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🌲 Timber joists are fundamental structural elements in timber-framed construction, providing support for suspended ceilings, floors, and sheathing. This article delves into the design process for timber joists, drawing on the guidelines from BS EN 1995-1-1:2004 Eurocode 5. Timber strength varies based on factors like species, grain angle, and growth rate. Classification into strength classes C16 and C24 ensures efficient material usage, with C16 being more common but weaker, and C24 offering higher strength at a premium cost. Further insights include modification factors for moisture, load sharing, and load duration, along with deflection checks. 👉 Read the full article here: [https://lnkd.in/d47dim7M] #TimberJoists #StructuralDesign #Eurocode5 #ConstructionEssentials
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Protect Your Property with a Metal Roof! Metal roofing is non-combustible and offers superior fire resistance. Unlike traditional roofing materials, metal won't ignite or catch fire from burning embers. #metalroof #roofingsolutions #wildfiresafety #architecture https://hubs.ly/Q02PnBvR0
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I came across this video on X, and I thought I should share my bit on it. The caption (not the one in the video) of the tweet reads: "This would save a lot of cement..." While this is true, there are a lot of considerations if you're attempting these interlocking bricks for building construction. First, the walls, when compared to conventional buildings, aren't strong since there are no mortars between their joints. Because of the above, the walls are highly likely to shift when pressured, which could be catastrophic. Water seepage is also something to consider about buildings like this. Except the holes in the walls are filled up either with concrete or core foams, the building would likely be flooded with water in rainy seasons. Will plastering help prevent the above? Yes, but temporarily, as the plastering would likely crack. With so many cons to this innovation, the long-term durability is a concern and would only suffice as a temporary option. What are your thoughts about these? Let me know in the comment section. #realestate #buildingconstruction #architecture #buildingconsultation
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Save lot of Cement..interlocking cement bricks..
I guide clients through the construction process, ensuring successful project completion without overwhelming stress and unnecessary financial burdens.
I came across this video on X, and I thought I should share my bit on it. The caption (not the one in the video) of the tweet reads: "This would save a lot of cement..." While this is true, there are a lot of considerations if you're attempting these interlocking bricks for building construction. First, the walls, when compared to conventional buildings, aren't strong since there are no mortars between their joints. Because of the above, the walls are highly likely to shift when pressured, which could be catastrophic. Water seepage is also something to consider about buildings like this. Except the holes in the walls are filled up either with concrete or core foams, the building would likely be flooded with water in rainy seasons. Will plastering help prevent the above? Yes, but temporarily, as the plastering would likely crack. With so many cons to this innovation, the long-term durability is a concern and would only suffice as a temporary option. What are your thoughts about these? Let me know in the comment section. #realestate #buildingconstruction #architecture #buildingconsultation
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Corten or bare steel should not be installed near salt spray environments, areas of high humidity, or subject to standing water or frequent rain locations as it impacts the lifespan of the roof or siding. #cortensiding #rustedmetal #architect #contractor https://hubs.ly/Q02LwhgY0
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TYPES OF BONDS IN BRICK MASONRY Brick masonry is a type of construction that uses bricks as the primary building material. The way in which the bricks are laid... https://lnkd.in/dHcZN-yp #architecture #architecturelovers #design #building #construction #structuralengineering #interiordesign #cityscape #skyscraper #architecturephotography #architecturedesign #landscapearchitecture #modernarchitecture #sustainablearchitecture #architecturestudent #architecturemodel #architectureporn #architecturehunters #urbanplanning #arquitectura #archilovers #architecture_hunter #architecture_greatshots #architecture_view #architecture
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