Peter Campbell的动态

Curtain walls are engineered wall systems that give buildings their modern, glassy look. They come in two main types, each with its own benefits: ?? Unitized Systems – Prefabricated in the shop for quicker and more efficient installation on-site. ?? Stick Systems – Assembled on-site, which shortens shop fabrication time but requires greater care in the field. Regardless of the system, maintaining quality control is crucial for ensuring both durability and performance. Each method is designed to deliver beautiful, functional building facades, but the best choice depends on the specific needs and timeline of the project! #BuildingDesign #CurtainWalls #ModernArchitecture #ConstructionInnovation #GlassWalls #UnitizedSystems

Designing it is one thing, finding a team to bring it to life? That’s another story ?? This triple-laminated SGP pool window is no ordinary panel. At 60mm thick, it’s built to handle serious loads while keeping the design seamless. (Yeah, that’s a 60mm slab of glass holding back a pool ??) For architects, builders, and estimators, sourcing specialty glazing is so much more than just ticking a box… it’s about confidence. Confidence that what’s designed can actually be built, without compromise. Confidence in a team that understands the complexity and delivers, every time. If you’re tired of the gap between vision and execution, let’s talk. Builder: Corella Construction Architect: Tim Stewart Architects Glass Manufacturer: Polytron Glass Glass Install: PTG Commercial Glazing . . . . . #ArchitecturalGlass #GlassPoolPanel #CommercialGlazing #LuxuryBuilds #PrecisionEngineering #queenslandhomes #australianarchitecture #brisbaneproperty #poolwindow #swimmingpool

ICFs (Insulated Concrete Forms) are a game-changer in modern construction! ?? These blocks combine structure, insulation, vapour barrier, and wall finish attachment in one efficient system. Here's how they work: ?? Dual Foam Layers: Two foam layers connected by plastic webbing create a sturdy space for concrete. ?? Interlocking Design: Blocks snap together seamlessly during assembly. ?? Insulation That Stays: Unlike traditional forms, the foam remains in place, providing exceptional insulation. ?? Easy Finishing: Plastic flanges just below the foam surface make attaching wall coverings a breeze! Whether you’re building a home ?? or a commercial project, ICFs deliver durability, energy efficiency, and simplicity in one innovative package. ?? #NorthernBCBuilding #ConstructionInnovation #ICFs #PrinceGeorge #Quesnel #DawsonCreek #FortStJohn

This is going to be a long read, but if you are a building envelope professional, I assure you, it is worth reading. Interlocking pieces between unitised facade systems panels. Are they needed? Not always. Where are they needed? Specifically in female-female (symmetrical half mullions) unitised facade systems, interconnected only by link gaskets. When are they needed? Any time we have either large static inertia value differences between mullions, or when there is a significant horizontal span difference between adjacent panels, or where there is a large external fin attachment to one of the half mullions (falls into large static inertia difference), or where there is a sudden transition between wind zones on the facade system. Why are they needed? To avoid large differential deformations that would risk the vertical link gaskets engagement, or would push one of the half mullions beyond the maximum deflection limit, or would push one of the half mullions beyond the internal stress limit. Where should they be positioned? They should be installed at the midpoint between the building anchoring points. Let me elaborate: In the proximity the anchoring points, we cannot have differential deflection. The maximum differential deflection occurs in the middle of the span. To make the installation of a Female-Female (with vertical alignment blades, or spigots) easier, these pieces should be longer than the spigots engagement between the panels. This is because the panels are first engaged sideways, then slid down in the final position. If the interlock pieces are shorter than the vertical sliding of the panel, due to the tight tolerance between them, they will collide and obstruct the vertical sliding of the installed panel into the final resting position. You may lose precious minutes fiddling, trying to get these pieces aligned so that you can slide the panel down. If these pieces are longer than the vertical blades, then they will engage laterally before the vertical downward movement of the panel over the spigots of the panel below. Calculation of the interlock pieces both for internal stresses as well as rotation and pull forces onto the connection screws, must be conducted, to determine the final geometry, cutting length, diameter and number of screws needed for the mullion connection. #facadeengineering #curtainwall #highrise #facade #buildingenvelope #structuraldesign #facadedesign #architects #glass

A curtain wall mullion is a critical structural element designed to support and align the infill panels, typically glass, within a curtain wall system. The mullion functions as both a vertical and, in some cases, horizontal framing component, providing structural integrity to the fa?ade while accommodating thermal expansion, building movement, and external loads such as wind pressure. The mullion is engineered to transfer these loads to the primary building structure, often via connections to the slab or structural columns. Typically composed of aluminum, steel, or other high-strength materials, the mullion's cross-sectional geometry is optimized for stiffness and load-bearing capacity while minimizing thermal bridging. This optimization often involves a combination of extrusion profiles and reinforcing elements, designed to meet specific project requirements, including wind load resistance, seismic performance, and thermal insulation. In addition, mullions are designed to integrate with various sealant systems, gaskets, and glazing tapes to ensure airtight and watertight performance. They may also accommodate other functional elements such as sunshades, blinds, or operable windows. The selection of the mullion profile and its material is a critical aspect of curtain wall design, balancing structural requirements, aesthetic considerations, and the overall energy efficiency of the building envelope. Daniel Marin - CEO [email protected] (+1) 520 257 7973 #Tucsondesign #Tucsondrawings #Tucsonsupervision #Tucsonfacades #Tucsonglass #Tucsoncurtainwall #dmprollc #skylightdesign #facadeengineering #CurtainWalldesign #caddesigner #facadedesign #Supervisor #consultancyservices

Laminated Glass: Engineered Excellence Engineers, take note! Laminated glass is a game-changer in safety glazing, offering a winning combination of strength, adaptability, and aesthetics. Here's a snapshot of what makes laminated glass stand out: - Composition: Two or more glass plies, tempered for impact resistance, and an interlayer like PVB or SentryGlas? for specific properties. - Performance: Ensures safety by holding fractured glass together, boosts structural integrity, controls acoustics, and provides UV protection. - Design Considerations: Choose glass and interlayer based on safety and structural needs, and determine overall thickness for desired performance. Applications are diverse, including structural glazing systems, walk-on glass floors & stairs, ballistic & blast mitigation, and sound attenuation barriers. Laminated glass is the go-to solution for engineers aiming to blend safety, performance, and aesthetics seamlessly. #Engineering #SafetyGlazing #Aesthetics #GlassInnovation

Display of the Galvanized And PVC Coated Welded Wire Mesh! ??? ??? **Product Highlights**: - **Galvanized**: Superior corrosion resistance, perfect for tough environments. - **PVC Coated**: Added protection and aesthetic appeal, ideal for a variety of applications. This combination ensures durability and longevity, making it a top choice in the construction industry. Watch the video to see the quality and versatility of our wire mesh in action! 话题标签 #ConstructionMaterials 话题标签 #WeldedWireMesh 话题标签 #Galvanized 话题标签 #PVC 话题标签 #Durability 话题标签 #BuildingStrong 话题标签 #Innovation 话题标签 #Architecture

Quatrefoil - thermally broken Aluminum, welded construction, handcrafted, dual glazed LoE over low iron, custom Kynar finish. Fenestration is a lot more ambitious than windows and doors - it should absorb and reflect the architectural language of the design intent in multiple nuanced layers, adding to the architectural experience and the client's delight. . . . . . #fenestration #quatrefoil #cran #traditionalarchitecture #classicalarchitecture #traditionalhomes #steelwindows #bronzewindows #interiordesign #customwindows

?? The Importance of Steel Bracing Systems in Modern Building Design As structural engineers, our mission is to design buildings that are not only strong and safe but also efficient and visually stunning. Steel bracing systems play a vital role in achieving these goals. Here's why they matter: ?? Structural Benefits: Lateral Load Resistance: Safeguards buildings against seismic forces and high winds. Vertical Load Support: Reduces stress on beams and columns, enhancing stability. Frame Stiffening: Minimizes deflections, increasing overall rigidity. ?? Safety First: Withstand earthquakes and hurricanes. Provide redundant support to prevent collapse risks. ?? Architectural Advantages: Enable open spaces and flexible floor plans. Combine functionality with aesthetic appeal, whether exposed or concealed. Allow for higher ceilings without sacrificing stability. ?? Economic Benefits: Cost-effective solutions by optimizing materials. Speed up construction timelines. Boost property durability and resale value. Popular Bracing Types: Diagonal, Cross-Bracing, Chevron, and Buckling-Restrained systems provide tailored solutions for every design challenge. When designing with steel bracing, we prioritize load calculations, material selection, and code compliance to ensure every structure meets modern demands. ?? Let’s build the future with safety, efficiency, and sustainability in mind! #SteelBracing #StructuralEngineering #BuildingDesign #Sustainability #SafetyFirst

?? A NEW YEAR, A NEW ERA IN FACADE CONSTRUCTION!!! ?? Our patented hybrid facade technologies are the start of a new era in hybrid, on-site facade construction. An era that removes the need (and cost!) for scaffolding and mast climbers from construction sites for good. Where installation and future glazing maintenance is always carried out from the inside of the building, at any height. With no reliance on screws, silicone, or EPDM’s offering superior air/water tightness and thermal performance, through fully monolithic mullions. Many speak about the urgent need for change in facade construction... at Fassada Systems we already did. Will you embrace it? ?? A HAPPY NEW YEAR TO YOU ALL... HERE'S TO REAL INDUSTRY CHANGE AS WE STEP FORWARD INTO 2025!!! ?? #HappyNewYear #NewYearNewEra #NewEraFacades #facades #fassada #fassadahybrid #hybridfacades #hybridcurtainwalls #fassadacurtainwall #fassadafacades #fassadatechnologies #curtainwalls #curtainwalling #glazedfacades #facades #buildingenvelope #sustainableconstruction #sustainability #solarshading #cladding #facadeconstruction #SteelCurtainWalls #AluminiumCurtainWalls