Greenwood Louvre Ltd’s Post

When choosing attic trusses for your home, there are several factors you should consider. These include: 1. Roof pitch: The pitch or angle of your roof will determine the design and type of attic trusses suitable for your home. 2. Required attic space: Consider how much available space you need in your attic. 3. Load requirements: This includes the weight of the roof itself, any additional snow loads, and the weight of any potential future renovations or modifications. 4. Span and layout: The span refers to the distance between the exterior walls, while the layout includes any openings or unique designs that need to be accommodated. 5. Insulation and ventilation: Proper insulation and ventilation in the attic are essential for energy efficiency and preventing condensation or moisture buildup. 6. Building codes and regulations: Different areas may have specific requirements for truss design, load-bearing capacity, and fire safety. Consulting with a professional truss manufacturer (hi!) is highly recommended to ensure that you choose the right attic trusses for your specific needs and requirements. Chat to one of our friendly team today: https://lnkd.in/d4GM5xE #UKhousebuilding #housebuilding #AtticTrusses

Applying continuous insulation to the exterior of foundation walls prevents temperature-induced expansion and contraction, ensuring a fully insulated warm wall. This reduces freeze-thaw damage and condensation, enhancing interior comfort and protecting the home's foundation. Our exterior insulation, which can be installed during construction or as a renovation, not only meets code requirements but also boosts efficiency and energy savings! 💯✅ Learn how to protect your home's foundation and enhance comfort with our exterior insulation solutions at https://lnkd.in/gpWy_3r4 #PlastiFab #EPS #FoundationInsulation #ExteriorInsulation #EnergyEfficiency #HomeComfort #FreezeThawProtection #BuildingMaterials #HomeImprovement #Construction #Renovation #SustainableBuilding #GreenBuilding #InsulationSolutions #ThermalPerformance #HomeEfficiency #BuildingEfficiency #ResidentialInsulation #CommercialInsulation #CodeCompliance #ProtectYourFoundation #TemperatureControl

Extensions are a popular way to improve your home – they add value and provide a lot of extra space. But we’ve often found that their construction is designed with little to no consideration of the original building, which can cause all sorts of problems. For example, we commonly see mismatched types of floors – where solid floors have been used in an extension while the original building has suspended floors. This can stop ventilation of the floor void, allowing condensation to gather where it can’t be seen. The end result? A rotten floor in a few years’ time. If it’s thought about in advance then it can be avoided by installing ducts, but we find it’s usually overlooked. The other big mistake we see with extensions is their failure to consider the floor levels and damp courses of the existing property. We have seen many instances where the old external wall has been plastered over. This breaches the DPC and allows damp to bypass the protective layer, causing significant damage to the finishes and the fabric of the building. #buildingsurveyor #charteredsurveyor #surveyorslife #homerenovations #extensions

We are about to see another leaky building crises. And not this one isn’t caused by the rain. Our homes have become more and more airtight as our construction systems have improved. BUT we don’t consider ventilation in our homes beyond rangehoods and bathroom extracts. The problem is that they don’t do enough. So accidentally airtight homes that still have some air gaps, with internally humid spaces are at risk of interstitial condensation. In common terms, this means water in your wall, floor and ceiling construction. Great for mould and rot, not great for costly repairs and damages. Get your home designed to be intentionally airtight by a designer who understands this.    DM or Click Guide in the Bio to get the free download. #ArchitecturalExcellence #QualityHomes #DesignInspiration

Sun Tunnel vs. Skylight When considering natural lighting options for shingle roofing, Sun Tunnels and Skylights are popular choices, each offering distinct benefits. Sun Tunnels, also known as tubular skylights, are a more cost-effective and less invasive option. They consist of a highly reflective tube that channels sunlight from a small dome on the roof to a diffuser in the ceiling, providing bright, natural light without significant heat gain. This makes Sun Tunnels ideal for small spaces like hallways, bathrooms, or closets where traditional skylights might not fit. They are easier to install than skylights, requiring less structural alteration and often resulting in lower labor costs. Skylights, on the other hand, offer a broader range of benefits, especially in larger spaces. They are essentially windows installed in the roof, providing expansive views of the sky and significantly increasing natural light in a room. Skylights can also improve ventilation if they are operable. However, they typically require more extensive construction work, including potential reinforcement of roof structures, which can be more costly and time-consuming. Additionally, skylights are more prone to heat gain and loss, which can impact energy efficiency. Despite these challenges, the aesthetic and functional advantages of skylights make them a preferred choice for many homeowners looking to create a brighter, more open living environment. Call us today for free inspection and estimate: 905-252-7767 #roof #roofer #roofing #roofrepair #reroof #roofinglife #roofingpros #roofingcontractor #builder #construction #shingleroof #residentialroofing #commercialroofing #home #house #roofleak #roofreplacement #roofmaintenance #emergencyroofrepair #shingles #AsphaltShingles #inspection #roofinspection #gaf #timberlinehdz #homedepot #iko

🚧🔧 Exciting installation alert! We've recently completed the installation of our ULTRA-12 Low Build System in a breathtaking barn extension in the south wing of a property, offering spectacular views. This project showcases the versatility and efficiency of the ULTRA-12 system, perfect for installers working on home renovations or new-builds with tight space constraints. Key Features of ULTRA-12: Minimal Floor Impact: Adds only 18mm to the floor height, ideal for projects where every millimeter matters. Versatile Panel Types: Designed for use in rooms of any size and shape, providing excellent adaptability. Floor Finish Compatibility: Suitable for a wide range of floor finishes, including solid and engineered wood, ceramic, stone, vinyl, and carpet. Energy-Efficient: Low running costs, compatible with traditional boilers and heat pumps. Built-In Insulation: High-quality insulation and a recycled fleece decoupling layer ensure efficient heat distribution and easy installation. The ULTRA-12 system not only enhances the comfort and efficiency of the space but also ensures a smooth and quick installation process, making it a top choice for installers. Interested in heating systems? Click here for more info and a quote: https://bit.ly/4aiNcMX Installed by @knight_heating #UnderfloorHeating #BarnExtension #HomeRenovation #InstallerLife #HeatingSolutions #Warmup #HydronicHeating #EnergyEfficiency

When it came to the hot water requirements for three individual renovation projects in Hereford, the CUBEflow thermal store was able to provide a unique solution to suit all of the applications. The three residential projects carried out by Manbro Properties at Bastion Mews, Union Street and the 14th century Booth Hall maximised the space available within the one bed properties, utilising the void underneath the sink to provide the properties hot water requirements. This was only possible due to the unique design of the CUBEflow Coral E, being a rectangular tank design, it reduces the space requirement by up to 27% compared to an equivalent volume cylinder. The tanks were specifically designed by our technical team, in conjunction with the installer and merchant Farr and Harris, to fit the under sink spaces, even taking into account the feed and expansion tank being on the left or right dependent on the property. As you can see from the image above, having the tanks bespoke designed provided a perfect fit, avoiding the sink basin and still meeting the customers 100 litre requirement. See full details of the project at https://buff.ly/49IRHAN {hashtag|\#|thermalstorage} {hashtag|\#|spacesaving}

#DidYouKnow...Ever wondered why commercial buildings need roof curbs? 🏢 A roof curb is more than just an accessory; it's a crucial support for your roofing fixtures like ventilation units and skylights, ensuring they stay secure and functional no matter the weather. ⛈️ Not only do they provide an elevated platform to protect your equipment from water pooling, but they also play a significant role in maintaining the building's overall integrity. At Design Components Inc, we understand the importance of a robust roofing system. That's why our high-quality roof curbs are designed to offer the best in durability and sustainability. 🌱 Don't overlook this essential component of your commercial building's well-being. Explore our range of roof curb solutions today and give your building the protection it deserves. 👷💼 ➡️ Discover our durable and efficient roof curbs at Design Components, Inc. at https://zurl.co/s0zl #DesignComponentsInc #DCI #RoofCurbBenefits #CommercialBuildingSolutions #SustainableRoofing 🏗️✨

A question we get asked quite often is if consent is required to renovate a bathroom. This depends on the extent of the changes you would like to make.🛀 Firstly, does the project require any structural changes? Alterations that impact the structural integrity of the building usually require consent. Secondly, does the renovation involve any plumbing changes that would increase sanitary items in the bathroom? Changes to the plumbing system can require consent. Before starting a bathroom renovation, it's advisable to check with a professional to determine if consent or any other obligations would be required. Have you considered these factors before your bathroom renovation? Are you aware of the regulations around structural changes and changes to the plumbing system? Taking the time to understand these before starting will result in the renovation running smoothly. Give us a call ☎️ 0800 450 395 or visit 💻 https://lnkd.in/gArKR4wh We’ll assess your property needs and help devise a plan together. #oncore #oncorenz #homerepairs #projectmanagement #insurancerestoration #christchurch #christchurchnz #garycamoinoncore #christchurchproperty #christchurchrentals #rentalschristchurch

What is thermal bypass in the context of raised ventilated timber floors? A thermal bypass in the context of raised ventilated timber floors refers to the movement of air, which can reduce the effectiveness of the floor's insulation. These floors, commonly used in buildings to elevate the structure above the ground (to prevent moisture ingress, improve ventilation, or address sloping ground), often feature an underfloor cavity that is ventilated to control moisture levels. However, this ventilation can inadvertently lead to heat loss through a phenomenon known as thermal bypass. How Thermal Bypass Occurs: Air Movement: The ventilated space beneath the timber floor allows air to circulate. If there are gaps or leaks in the floor construction, warm indoor air can escape into the ventilated cavity, or cold external air can enter the building, bypassing the floor insulation. Insufficient Airtightness: If the floor is not airtight, the air from outside can enter the indoor space, affecting the insulation layer's performance. Impacts of Thermal Bypass: Decreased thermal efficiency: Heat is lost through the floor, meaning the building requires more energy to maintain comfortable indoor temperatures. Increased energy costs: The heating system has to work harder to compensate for the heat lost through the floor, leading to higher energy bills. Thermal discomfort: Floors may feel colder, reducing thermal comfort inside the building. Solutions to Minimise Thermal Bypass: Proper Insulation: High-quality, continuous insulation with no gaps between insulation boards or layers is essential to prevent air movement around the insulation. Airtightness: Sealing any gaps with airtightness tape around the edges of the floor, to reduce air infiltration from the ventilated space into the indoor environment. Floor Design: Include an airtight breathable membrane draped over the floor joists, beneath the floor insulation(as per the image included), to stop air from moving through the floor structure. Ventilation Control: Ensuring that the underfloor ventilation is designed correctly(and not blocked!) so that it prevents moisture buildup. Summary: Addressing thermal bypass in raised ventilated timber floors is key to improving energy efficiency, and ensuring comfort in buildings that use this construction type. https://lnkd.in/ecm4VEcq #Architects #ThermalBypass #Ventilation #Refurb #Restoration #Construction