Eden Facades Ltd’s Post

Why is it important to choose fire rated downlight? Fire rated downlights have an important role in fire safety, as they effectively block the hole cut into the ceiling. On each downlighter they have an intumescent pad, which will expand when it reaches a certain temperature, and ultimately slow the spread of fire. Different fire rated downlights have different fire rated times, varying from 30 to 90 minutes. #panellight #cylinderlight #lightingmanufacturer #firerated #slimpanellight #design #architecture #lightingsupplier #LightingSuppliers #ResidentialLighting #LEDLighting #lighting #lightingfactory #led #project #recessedlighting #ledlighting #lighting #ceilinglight #project #building #construction #LEDLighting #Illumination #Illuminance #IndirectLighting #light #lamp #fireratedslimpanel https://lnkd.in/ghEJYTam

🛠️ Detailed Procedure of Wall Dry Cladding Wall dry cladding is a versatile and efficient facade system offering a range of benefits for both new construction and renovation projects. Here's a detailed step-by-step guide to the installation process: 1. Surface Preparation 🧹 - Inspect the existing wall surface and address any irregularities, cracks, or uneven areas. - Clean the wall thoroughly to remove any dirt, debris, or loose particles. - Apply a primer or adhesive coat to the wall, as recommended by the cladding system manufacturer. 2. Framing and Insulation (optional) 🪚🪵 - Determine the need for a metal or wooden subframe based on the cladding system and wall structure. - Install the subframe, ensuring it is level and securely anchored to the wall. - If required, add insulation between the subframe members to enhance the thermal performance of the assembly. 3. Cladding Panel Installation 🧱 - Select the appropriate cladding panels based on factors such as size, thickness, and finish. - Lay out the cladding panel layout, considering patterns, joint placements, and edge conditions. - Attach the cladding panels to the subframe or directly to the wall using the recommended fasteners and installation methods. - Ensure proper alignment, spacing, and secure attachment of the panels. 4. Joints and Sealants🔧 - Apply appropriate joint sealants between the cladding panels to create a weatherproof seal. - Seal any gaps or openings around penetrations, such as windows, doors, or service pipes. - Choose sealants that are compatible with the cladding materials and provide the desired level of flexibility and durability. 5. Flashings and Trims🏠 - Install flashing elements at the top, bottom, and edges of the cladding system to direct water away from the building. - Attach corner trims, edge profiles, and other decorative elements to create a finished, professional appearance. 6. Quality Inspection and Maintenance🛡️ - Conduct a thorough inspection of the installed cladding system to ensure proper alignment, fastening, and sealant application. - Develop a regular maintenance plan to address any issues, such as cleaning, re-sealing, or replacement of damaged components. The specific installation techniques and requirements may vary depending on the cladding system, wall construction, and local building codes. It is recommended to follow the manufacturer's instructions and consult with experienced professionals to ensure a successful and long-lasting wall dry cladding installation. #Construction #Architecture #Facade #Cladding #BuildingDesign #Renovation #SustainableBuilding #ConstructionTech

🏗️Curious about the process behind building the construction process? Here's a specified explanation:🏘️ ✅ Planning & Design: Architects and engineers make detailed plans for how the building will look and function. ✅ Site Preparation: Workers clear the land and make it flat to get ready for building. ✅ Foundation Work: They create a strong base for the building using concrete and steel. ✅ Structural Framework: Workers put up the main structure of the building, like walls and beams. ✅ Roofing & Enclosure: They add the roof and put up walls, windows, and doors to enclose the building. ✅ Interior Installation: Inside, they install things like plumbing, electricity, and heating systems, as well as insulation and interior finishes. ✅ Exterior Finishes: They add final touches to the outside of the building, like siding or bricks, to protect it from weather and make it look nice. ✅ Inspections & Approval: Inspectors check to make sure everything is safe and meets the rules before people can start using the building. #civilconstruction #civilengineering #civilengineeringdesign

New to modern reinforced wall construction? 🏗️🔨 Dive into our beginner’s guide and discover the essentials for creating sturdy, stylish walls that stand the test of time. #constructionbasics #reinforcedwalls #BuildingStrong #modernconstruction

Why is it important to choose fire rated downlight? Fire rated downlights have an important role in fire safety, as they effectively block the hole cut into the ceiling. On each downlighter they have an intumescent pad, which will expand when it reaches a certain temperature, and ultimately slow the spread of fire. Different fire rated downlights have different fire rated times, varying from 30 to 90 minutes. #panellight #cylinderlight #lightingmanufacturer #firerated #slimpanellight #design #architecture #lightingsupplier #LightingSuppliers #ResidentialLighting #LEDLighting #lighting #lightingfactory #led #project #recessedlighting #ledlighting #lighting #ceilinglight #project #building #construction #LEDLighting #Illumination #Illuminance #IndirectLighting #light #lamp #fireratedslimpanel https://lnkd.in/gb3BqSF7

Section of a Floor Plan: A section is a detailed architectural drawing that represents a vertical "slice" through a building, showing the internal structure and arrangement of various components. It provides a side view of the house, illustrating the relationships between different levels, such as floors, ceilings, and roof structures, and exposing hidden elements that are not visible in floor plans or elevations. Key features typically shown in a section drawing include: Floor Levels: The heights and thicknesses of each floor slab, as well as any changes in floor levels, such as steps or ramps. Ceiling Heights: The vertical distance from the floor to the ceiling for each level, helping to understand the scale and proportion of the rooms. Structural Elements: Beams, columns, walls, and foundations are shown to depict how the building is supported and how loads are transferred. Staircases and Openings: The shape and dimensions of stairways, as well as doorways and window openings, are illustrated to show how different floors connect and how light and ventilation are provided. Materials and Finishes: Annotations may indicate the types of materials used, such as concrete, wood, or insulation, and details on interior and exterior finishes. Section drawings provide essential information for builders, architects, and engineers, ensuring that construction follows the intended design and meets safety and building code requirements.

How much timber, really? Well, that was an interesting exercise. In an attempt to get another designer’s project currently under construction over the line for a 6 star Homestar rating, I calculated the ratio of timber framing in one elevation. This is a fairly typical, simple two storey / two bedroom terraced housing project. The elevation in question is a featureless flat façade with minimal window openings (it’s the east-facing rear wall). NZS4214, the standard regularly used to determine the thermal resistance of building elements, allows us to assume that a wall is made up of studs and dwangs evenly spaced at the maximum permissible distance. For a 2.4m high wall with studs at 600mm centres and dwangs (or nogs for my North Island friends) at 800mm centres, that’s around 15% of timber. The rest can be filled with insulation. After a BRANZ / Beacon Pathways report found average as-built framing ratios were actually more like 34%, Homestar requires us to assume 30% framing unless proven otherwise. This is because all the extras like lintels, double & trimming studs, internal wall connections etc. etc. add more thermal bridges than you would realise. Alright, I thought – here’s a good chance to use this. And at first glance, the panel elevations looked relatively efficient. I’ve seen a lot worse, that’s for sure. So take a guess at the actual result… . . . . . . . . . . . . The lower level is 27.8% timber, and the upper is 34.5%. That’s 31.15% for the elevation. That means the wall’s constructed thermal resistance (with R2.8 batts) is really R1.91, not the R2.42 the designer could use for their building code compliance calculations. There are lots of ways to address this, but if your designer is targeting code compliance as a benchmark it will most likely be ignored and your project will be performing a lot worse than you think!

Rated wall partitions are primarily used in commercial construction (high rises, office buildings, industrial, institutional) and any space requiring an area separation wall such as a hotel or multi-family homes. Rated walls can be constructed using one of the many certified and or approved tested assemblies. The certification process determines the fire-rating of a wall system, and level of rating. Ultimately, to achieve a 60-minute fire rating, the objective is to measure the amount of time the wall system can withstand fire resistance in a fire-rating performance test. If more than 1 hour rating is required (gypsum wall type), it can achieve by adding additional layers of gypsum boards to extend protection or by adding other elements to the system to make it more robust. It is important to note that the wall system (not the specific products) is tested and certified, like firestopping testing standards While there are many ways to construct an “adequate” 1 hour fire-rated wall. Builders need to pay critical attention to ensure that the rated walls are built correctly. For example, there are wall assemblies that may call for Type-X  or Type-C drywall use within the 60-minute rated design. Both wall systems are approved, however Type-C fire-rated drywall has more glass fiber reinforcement and other ingredients in the gypsum core that make its fire-resistive properties superior to Type-X. Meaning wall assemblies that call for Type-C rated drywall will differ from those that call for Type-X wall assemblies. Attached is an example of how to construct: UL rated wall assembly (U419) Step 1: Steel Studs: Full deck height -      1 layer 3-5/8" [92 mm] steel studs, EQ20 (0.018"), 16" [406 mm] O.C. Step 2: Gypsum Panel: Full deck height -      1 layer 5/8" [15.9 mm] (Type X) Step 3: Insulation: Full deck height -      1 layer 3-1/2" [89 mm] Fiberglass insulation Step 4: Gypsum Panel: Full deck height -      1-layer 5/8" [15.9 mm] (Type X) References -      https://lnkd.in/dY2uGkpV: (Photo) -      https://lnkd.in/dfGdiEPf

Curtain wall and window wall are two of the most widely used façade systems specified for new construction. Despite decades of usage, there is still misunderstanding and confusion about when to use each system and their relative capabilities, advantages, and tradeoffs. Both approaches provide superior air and water barrier control, thermal properties, large vision expanses, operable window capability, sole sourcing, and speed of installation than with other façade designs. Read our latest article to better understand the differences and strengths of window wall and curtain wall. https://hubs.la/Q02fvTKc0

"Selecting the ideal aluminum panel wall system for a building involves both aesthetic preferences and practical considerations to ensure cost-efficiency, visual appeal, structural integrity and environmental sustainability. There are many variables to consider when specifying solid aluminum plate panels and American Metalcraft has provided a guide to help you make the correct decisions." #architects #architecture #construction #metal #wallpanels #contractors