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  • 08 Sep 2023
    More than 100 schools in England are grappling with an urgent problem due to structural concerns, following the dramatic closure of buildings constructed with reinforced autoclaved aerated concrete (RAAC). But while this situation presents a significant challenge, it also offers a unique opportunity for the Government and the construction industry to reevaluate their approach to building sustainability and safety, by using low-carbon alternatives that can revolutionise the way we construct our schools and other vital structures writes Tony Sheridan, Group Commercial Director for Cemfree. (pictured) When the government ordered the closure of these schools just days before the autumn term was set to begin, educators, parents, and students found themselves in a state of flux. Alternative learning solutions, including remote learning and temporary classrooms, became the immediate response to the crisis sparking concerns and criticism. While this is an understandable reaction, at the heart of this issue lies the critical importance of responsible design and the correct choice of appropriate construction materials. It underscores the significance of using the right product in the right place and keeping design at the forefront of construction decisions. A crucial consideration should have been the acceptable design life of the structures. If these buildings were originally designed for a 30-year lifespan, it was unrealistic to expect them to last 50 years without issues. If lessons are to be learned we must be mindful of these factors during future design phases and avoid overstretching the longevity of our structures. Another factor to consider as we contemplate rebuilding these educational institutions, is a pressing environmental concern – embodied carbon. The concrete originally used in these structures, and the replacement materials chosen, play a pivotal role in determining their environmental footprints and this is where products such as Alkali-Activated Cementitious Materials (AACMs) can make a huge difference. The issue of embodied carbon, which refers to the total carbon emissions associated with a building material's production, transportation, and installation, cannot be overlooked. When considering replacement materials, it's imperative to assess the environmental impact. Perhaps then it is an opportunity to look at innovative alternatives like AACM’s, which are readily available and have been tested following rigorous research and development programmes? While concrete is undeniably an excellent construction material, its traditional usage has been heavily cement-dependent, contributing to a colossal carbon footprint - 850kgs per tonne as stated by MPA. However, AACMs such as Cemfree are revolutionising the construction landscape, allowing designers to maintain the integrity of concrete while slashing its carbon footprint by up to 85% compared to Portland Cement (PC). Embracing AACMs like Cemfree could catalyse a paradigm shift in the construction of critical structures like schools and hospitals, ushering in a sustainable future. At Cemfree we are committed to ensuring that our products are specified and used correctly, ensuring structural integrity and safety. We work closely with architects, specifiers, contractors, and other stakeholders to guide them through the process from start to finish. Our rigorous approach ensures that Cemfree is not only chosen but also applied appropriately, maximising its environmental benefits. The path to creating safe, ultra-low carbon buildings lies in collaboration. Clients, specifiers, contractors, and material providers must work together to design and construct sustainable structures that are both environmentally friendly and structurally sound. This collaborative effort should span the entire construction process, from initial design to final implementation. The situation with schools in England serves as a pivotal moment, highlighting the importance of responsible design, sustainability, and material selection in construction projects. It offers us a choice – to rebuild with materials that are both resilient and environmentally conscious or continue to use very carbon intensive materials. Could this be the catalyst for a transformation in our commitment to constructing safer, greener, and more sustainable educational spaces for generations to come? As we rebuild our schools, let's not just reconstruct buildings but also reshape the future. The opportunity for change is now, and together, we can pave the way towards a more sustainable tomorrow for our schools and beyond.
    102 Posted by Talk. Build
  • More than 100 schools in England are grappling with an urgent problem due to structural concerns, following the dramatic closure of buildings constructed with reinforced autoclaved aerated concrete (RAAC). But while this situation presents a significant challenge, it also offers a unique opportunity for the Government and the construction industry to reevaluate their approach to building sustainability and safety, by using low-carbon alternatives that can revolutionise the way we construct our schools and other vital structures writes Tony Sheridan, Group Commercial Director for Cemfree. (pictured) When the government ordered the closure of these schools just days before the autumn term was set to begin, educators, parents, and students found themselves in a state of flux. Alternative learning solutions, including remote learning and temporary classrooms, became the immediate response to the crisis sparking concerns and criticism. While this is an understandable reaction, at the heart of this issue lies the critical importance of responsible design and the correct choice of appropriate construction materials. It underscores the significance of using the right product in the right place and keeping design at the forefront of construction decisions. A crucial consideration should have been the acceptable design life of the structures. If these buildings were originally designed for a 30-year lifespan, it was unrealistic to expect them to last 50 years without issues. If lessons are to be learned we must be mindful of these factors during future design phases and avoid overstretching the longevity of our structures. Another factor to consider as we contemplate rebuilding these educational institutions, is a pressing environmental concern – embodied carbon. The concrete originally used in these structures, and the replacement materials chosen, play a pivotal role in determining their environmental footprints and this is where products such as Alkali-Activated Cementitious Materials (AACMs) can make a huge difference. The issue of embodied carbon, which refers to the total carbon emissions associated with a building material's production, transportation, and installation, cannot be overlooked. When considering replacement materials, it's imperative to assess the environmental impact. Perhaps then it is an opportunity to look at innovative alternatives like AACM’s, which are readily available and have been tested following rigorous research and development programmes? While concrete is undeniably an excellent construction material, its traditional usage has been heavily cement-dependent, contributing to a colossal carbon footprint - 850kgs per tonne as stated by MPA. However, AACMs such as Cemfree are revolutionising the construction landscape, allowing designers to maintain the integrity of concrete while slashing its carbon footprint by up to 85% compared to Portland Cement (PC). Embracing AACMs like Cemfree could catalyse a paradigm shift in the construction of critical structures like schools and hospitals, ushering in a sustainable future. At Cemfree we are committed to ensuring that our products are specified and used correctly, ensuring structural integrity and safety. We work closely with architects, specifiers, contractors, and other stakeholders to guide them through the process from start to finish. Our rigorous approach ensures that Cemfree is not only chosen but also applied appropriately, maximising its environmental benefits. The path to creating safe, ultra-low carbon buildings lies in collaboration. Clients, specifiers, contractors, and material providers must work together to design and construct sustainable structures that are both environmentally friendly and structurally sound. This collaborative effort should span the entire construction process, from initial design to final implementation. The situation with schools in England serves as a pivotal moment, highlighting the importance of responsible design, sustainability, and material selection in construction projects. It offers us a choice – to rebuild with materials that are both resilient and environmentally conscious or continue to use very carbon intensive materials. Could this be the catalyst for a transformation in our commitment to constructing safer, greener, and more sustainable educational spaces for generations to come? As we rebuild our schools, let's not just reconstruct buildings but also reshape the future. The opportunity for change is now, and together, we can pave the way towards a more sustainable tomorrow for our schools and beyond.
    Sep 08, 2023 102
  • 03 Apr 2023
    Government plans to spend £3.7 billion on dozens of new NHS hospitals has not materialised in the way that some had anticipated, but could that be because budgets are now being spent on offsite construction to deliver hundreds of new buildings, surgical wings and other major refurbishments asks Tony Huggins, managing director of David Bailey Furniture? Offsite construction companies, able to deliver new, ready equipped buildings, sometimes within just 20 weeks, now seem to be filling the demand for essential infrastructure in the NHS. This follows the endorsement by the UK government in 2020 to increase the use of offsite manufacturing in the delivery of healthcare projects. For companies such as David Bailey Furniture, one of the fastest growing manufacturers of specialist furniture and storage solutions for the healthcare sector, it has involved a major change in the way it delivers products for the NHS. By working closely with companies specialising in the offsite construction market, it has been able to produce bespoke products such as reception desks, shelving and fitted furniture to fit precisely into modular buildings that are then transported and finally installed in hospitals and healthcare centres across the country. It is a partnership that starts with precise architectural drawings to allow David Bailey to accurately price and build the furniture, which is then manufactured to exactly fit the predesigned modules. This has allowed the company to deliver a wide range of furniture products across an equally wide range of healthcare applications from x-ray departments to orthopaedic wards, from urology to specialist surgical hubs. Such is the demand for modular solutions that some manufacturers are now anticipating NHS demands and are pre-building units in advance where experience has shown that there is likely to be an order in the near future. Such developments are significantly reducing delivery times still further while allowing the NHS to fulfil its obligation to patients more efficiently. The rise in modular solutions follows the desperate need for new wards and clinical centres, which could be at least two years away using traditional construction techniques. This is in spite of Government promises for up to 40 more hospitals. However, it is now possible with offsite construction and the same ingenuity used to build Nightingale Hospitals during the Covid Pandemic, to deliver those essential new wards and clinics within just a few months. While there is a will by Government and a process in place to build more hospitals it is clear that Covid and the additional strains it has placed on the NHS has made it more difficult to deliver that programme which is why David Bailey Furniture working with its modular construction partners, are convinced that offsite construction offers a real solution to provide the facilities needed by the NHS. This is supported by organisations such as The Chartered Institution of Building Services Engineers (CIBSE) who reported in a recent survey that offsite construction is safer, faster and cheaper. They also added that thanks to offsite construction, 61% of people saw increased productivity, while 47% reported enhanced employee safety. There is a further added bonus that when compared to an equivalent, traditionally-built project, up to 67% less energy is required to produce a modular building and not only is the actual construction of the building 'greener', but the building is also energy- efficient for life. So, it is clear that modern methods of construction are well established as a building technique and can now deliver the highest of construction standards. It is also obvious that offsite construction offers a very real solution to providing those vital healthcare resources and it can be done using highly sustainable materials, greater levels of health and safety and most importantly – it can significantly reduce costs. Yet for all that, offsite construction still only accounts for between 5% to 10% of the industry output. This is compared to around 9% in Germany, 12-15% in Japan and 20% in Sweden, so the potential for growth in this sector is enormous. For David Bailey Furniture, it all means one thing, change, which is why we continue to work closely with our partners in modular construction. We can see that this very much represents a positive step forward in terms of delivering the infrastructure that the NHS so badly needs – so it really is a case of watch this space.
    348 Posted by Talk. Build
  • Government plans to spend £3.7 billion on dozens of new NHS hospitals has not materialised in the way that some had anticipated, but could that be because budgets are now being spent on offsite construction to deliver hundreds of new buildings, surgical wings and other major refurbishments asks Tony Huggins, managing director of David Bailey Furniture? Offsite construction companies, able to deliver new, ready equipped buildings, sometimes within just 20 weeks, now seem to be filling the demand for essential infrastructure in the NHS. This follows the endorsement by the UK government in 2020 to increase the use of offsite manufacturing in the delivery of healthcare projects. For companies such as David Bailey Furniture, one of the fastest growing manufacturers of specialist furniture and storage solutions for the healthcare sector, it has involved a major change in the way it delivers products for the NHS. By working closely with companies specialising in the offsite construction market, it has been able to produce bespoke products such as reception desks, shelving and fitted furniture to fit precisely into modular buildings that are then transported and finally installed in hospitals and healthcare centres across the country. It is a partnership that starts with precise architectural drawings to allow David Bailey to accurately price and build the furniture, which is then manufactured to exactly fit the predesigned modules. This has allowed the company to deliver a wide range of furniture products across an equally wide range of healthcare applications from x-ray departments to orthopaedic wards, from urology to specialist surgical hubs. Such is the demand for modular solutions that some manufacturers are now anticipating NHS demands and are pre-building units in advance where experience has shown that there is likely to be an order in the near future. Such developments are significantly reducing delivery times still further while allowing the NHS to fulfil its obligation to patients more efficiently. The rise in modular solutions follows the desperate need for new wards and clinical centres, which could be at least two years away using traditional construction techniques. This is in spite of Government promises for up to 40 more hospitals. However, it is now possible with offsite construction and the same ingenuity used to build Nightingale Hospitals during the Covid Pandemic, to deliver those essential new wards and clinics within just a few months. While there is a will by Government and a process in place to build more hospitals it is clear that Covid and the additional strains it has placed on the NHS has made it more difficult to deliver that programme which is why David Bailey Furniture working with its modular construction partners, are convinced that offsite construction offers a real solution to provide the facilities needed by the NHS. This is supported by organisations such as The Chartered Institution of Building Services Engineers (CIBSE) who reported in a recent survey that offsite construction is safer, faster and cheaper. They also added that thanks to offsite construction, 61% of people saw increased productivity, while 47% reported enhanced employee safety. There is a further added bonus that when compared to an equivalent, traditionally-built project, up to 67% less energy is required to produce a modular building and not only is the actual construction of the building 'greener', but the building is also energy- efficient for life. So, it is clear that modern methods of construction are well established as a building technique and can now deliver the highest of construction standards. It is also obvious that offsite construction offers a very real solution to providing those vital healthcare resources and it can be done using highly sustainable materials, greater levels of health and safety and most importantly – it can significantly reduce costs. Yet for all that, offsite construction still only accounts for between 5% to 10% of the industry output. This is compared to around 9% in Germany, 12-15% in Japan and 20% in Sweden, so the potential for growth in this sector is enormous. For David Bailey Furniture, it all means one thing, change, which is why we continue to work closely with our partners in modular construction. We can see that this very much represents a positive step forward in terms of delivering the infrastructure that the NHS so badly needs – so it really is a case of watch this space.
    Apr 03, 2023 348
  • 26 Oct 2022
    The UK’s first 100% Portland cement free sustainable alternative to standard masonry mortars, developed and manufactured to deliver savings in CO2e emissions of up to 70%, has been launched in the UK by Cemfree, the country’s leading producer and pioneer of ultra-low carbon cementitious technologies and products. This is the second major launch for Cemfree, who 10 years ago unveiled the country’s first cement free binder, a real alternative to Portland cement (PC), responsible for 8% of the world’s CO2e emissions. With industry estimates showing that construction professionals use in excess of some 2.5 million tonnes of cement-based mortar every year, Cemfree believes this new product will give builders, architects and other construction professionals, another major opportunity to help the environment and reduce the risk of Global warming. Cemfree Masonry Mortar is a factory produced designed mortar available directly from Cemfree. It holds appropriate UKCA marking, showing conformity with UK legislation and is fully compliant to BS EN 998-2. Available in premixed bulk or 25KG bags, Cemfree Masonry Mortar performs in a similar way to standard cement-based mortars with the added benefit of significant carbon savings, delivering comparable consistency and curing times and offering excellent workability. “Cemfree Masonry Mortar is a major step forward in terms of reducing the amount of carbon emissions produced by conventional Portland cement-based products,” said Katie Wills, Cemfree Major Accounts Manager. “When used in conjunction with Cemfree concrete blocks, which are now widely available across the UK, the CO2e savings can be even more substantial. This is another major step forward in helping to protect our planet”. Cemfree Masonry Mortar has been launched following extensive development by the Cemfree Technology Team, and independent expert support.  It has been widely accepted and received by the industry during pilot tests to demonstrate the user-friendly nature of the product. The mortar is the latest stage of an ongoing product development programme for Cemfree as it continues to evolve with new technologies and products.  
    684 Posted by Talk. Build
  • The UK’s first 100% Portland cement free sustainable alternative to standard masonry mortars, developed and manufactured to deliver savings in CO2e emissions of up to 70%, has been launched in the UK by Cemfree, the country’s leading producer and pioneer of ultra-low carbon cementitious technologies and products. This is the second major launch for Cemfree, who 10 years ago unveiled the country’s first cement free binder, a real alternative to Portland cement (PC), responsible for 8% of the world’s CO2e emissions. With industry estimates showing that construction professionals use in excess of some 2.5 million tonnes of cement-based mortar every year, Cemfree believes this new product will give builders, architects and other construction professionals, another major opportunity to help the environment and reduce the risk of Global warming. Cemfree Masonry Mortar is a factory produced designed mortar available directly from Cemfree. It holds appropriate UKCA marking, showing conformity with UK legislation and is fully compliant to BS EN 998-2. Available in premixed bulk or 25KG bags, Cemfree Masonry Mortar performs in a similar way to standard cement-based mortars with the added benefit of significant carbon savings, delivering comparable consistency and curing times and offering excellent workability. “Cemfree Masonry Mortar is a major step forward in terms of reducing the amount of carbon emissions produced by conventional Portland cement-based products,” said Katie Wills, Cemfree Major Accounts Manager. “When used in conjunction with Cemfree concrete blocks, which are now widely available across the UK, the CO2e savings can be even more substantial. This is another major step forward in helping to protect our planet”. Cemfree Masonry Mortar has been launched following extensive development by the Cemfree Technology Team, and independent expert support.  It has been widely accepted and received by the industry during pilot tests to demonstrate the user-friendly nature of the product. The mortar is the latest stage of an ongoing product development programme for Cemfree as it continues to evolve with new technologies and products.  
    Oct 26, 2022 684

  • Here, we'll guide you through the process step by step, ensuring a successful window installation. Tools and Materials You'll Need A replacement new window – naturally - safety goggles and gloves, Screwdriver, pry bar, which is similar to a crowbar, a measuring tape and a level You will also need Shims - Shims are usually evenly spaced at the bottom, sides and top of the window. Shims at the bottom of the window also carry the weight of the window. These must be spaced according to manufacturer instructions to distribute the weight so the bottom of the frame is not distorted Don’t forget you will also need a caulk gun and silicone caulk, insulation foam, nails or screws and a hammer or screwdriver (depending on fasteners). Step 1: Safety First Before starting any DIY project, prioritise safety. Put on your safety goggles and gloves to protect your eyes and hands throughout the installation. Step 2: Remove the Old Window Carefully remove the interior trim around the old window using a pry bar and screwdriver. Set the trim aside, as you may want to reuse it later. Using the pry bar, gently remove the old window frame from the opening. Clean the opening and remove any debris or old caulk. Step 3: Measure and Prepare Measure the width and height of the window opening at multiple points to ensure accuracy. Check that the new window's size matches the measurements. If necessary, trim the window or adjust the opening accordingly. Apply a bead of silicone caulk around the inside perimeter of the window opening. This will create a seal to prevent drafts. Step 4: Install the New Window Carefully position the new window in the opening, ensuring it's cantered and level. Insert shims under the window to provide support and to keep it level. Use a level to check for evenness. Secure the window in place by driving nails or screws through the frame and into the surrounding wall studs. Be cautious not to overtighten and distort the window frame. Apply a second bead of silicone caulk around the exterior perimeter of the window to seal any gaps. Step 5: Insulate and Finish Fill any gaps between the window frame and the wall with insulation foam. This will enhance energy efficiency. Reattach the interior trim, securing it in place with nails or screws. Clean any excess caulk or foam for a neat finish. Once everything is secure, apply a final coat of paint or stain to the trim to match your interior. Step 6: Test the Window Operate the window to ensure it opens, closes, and locks properly. Check for any drafts or air leaks around the window. Congratulations! You've successfully installed a new window, adding both functionality and aesthetic appeal to your home. Properly installed windows can improve insulation and save on energy costs, making this DIY project a valuable investment in your home.  
    Sep 18, 2023 25
  • Obtain Necessary Permits and Permissions Check with your local authorities regarding zoning regulations, building permits, and any other legal requirements for adding a structure to your property, but if you do not feel confident then give me a call Design and Planning Determine the purpose of your garden room (e.g., home office, guest room, gym) and create a detailed design. Decide on the size, shape, and layout of your garden room. Consider factors like insulation, heating, electrical wiring, and plumbing if needed. Plan the foundation, which can be a concrete slab, deck, or concrete piers. Gather Materials and Tools Make a list of all the necessary materials and tools required for construction. Common materials include timber framing, insulation, cladding, roofing materials, windows, and doors. Site Preparation Clear the area where the garden room will be placed. Level the ground and ensure proper drainage. Install the foundation according to your chosen design. Frame Construction Build the frame of the garden room using pressure-treated timber. Ensure the frame is level, plumb, and securely anchored to the foundation. Insulation Install insulation between the framing members to regulate temperature and energy efficiency. Wall and Roofing Installation Attach exterior cladding to the walls, considering weather-resistant materials like wood, vinyl, or metal. Install roofing materials, such as shingles, metal roofing, or roofing panels. Windows and Doors Install windows and doors, ensuring they are weather-sealed. Double-glazed windows are ideal for insulation. Electrical and Plumbing If your garden room requires electrical wiring or plumbing, hire a licensed professional to ensure safety and compliance with local codes. Interior Finish Finish the interior with drywall, insulation, and any other desired materials. Paint or stain the walls, ceiling, and flooring. Flooring Choose suitable flooring options like laminate, hardwood, or tile. Ensure proper insulation beneath the flooring. Heating and Cooling Install a heating and cooling system, such as a mini-split HVAC unit or a space heater/air conditioner, depending on your climate. Interior Design Furnish and decorate the interior based on your intended use. Landscaping Landscape the area around the garden room, adding walkways, plants, and outdoor furniture. Final Inspections Have the construction inspected by local authorities to ensure it complies with building codes. Utilities Connection Connect utilities such as electricity, water, and sewage (if applicable). Safety Considerations Ensure your garden room is equipped with smoke detectors, fire extinguishers, and emergency exits. Enjoy Your Garden Room Once construction is complete and all inspections are passed, you can start using and enjoying your garden room. Remember that building codes, regulations, and best practices may vary by location, so it's crucial to consult with local authorities and professionals throughout the construction process to ensure safety and compliance. If you're not experienced in construction, consider hiring a contractor or a team of professionals to assist with the project.  
    Sep 11, 2023 35
  • For your convenience we have listed 10 of the best “How to plaster a wall” blogs and guides and as we have no affiliations to any individual suppliers, it is for you to decide what works for you. Building Materials Company One of the better guides showing how to plaster a wall in nine easy steps  https://www.buildingmaterials.co.uk/knowledge/how-to-plaster-a-wall       2. British Gypsum As one of the country’s leading manufacturers this How to guide is obviously aimed at its own products but also gives a more general guide to all types of plastering and may be better suited to the beginner. https://www.british-gypsum.com/product-range/plaster-products/how-to-plaster         3. Homebuilding and Renovating This is a more interesting guide as it tries to give useful tips covering a range of different plastering challenges. https://www.homebuilding.co.uk/plastering-walls          4. DIY Doctor This website readily acknowledges that plastering can be difficult but concentrates on the finished job, the actual final coat or skim, which obviously has to look flat on completion. https://www.diydoctor.org.uk/projects/skim.htm           5. Dave’s Tips We like this site as it really tries to appeal to the beginner. Dave is an experienced plasterer and reckons it’s easy – but then it probably is for him. https://www.davesdiytips.com/plastering-for-beginners            6. Able Skills This is a site that assume you have never plastered a wall before and really does get down to the basics. We all know of course it’s not as easy as it’s made out – but well worth a look. https://www.ableskills.co.uk/blog/tutorials/how-to-apply-your-first-coat-of-plaster          7. Real Homes This is advice for those of us who live in old homes. Plastering is a more of a challenge in such buildings and this is where you will get the best tips if you have an older property. https://www.realhomes.com/advice/plaster-in-old-homes          8. The Spruce Keeping on the theme of old homes The Spruce takes it one stage further by discussing plaster and lath. If your home features such walls and ceilings then this is for you. https://www.thespruce.com/plaster-and-lath-came-before-drywall-1822861             9. Artex Ltd Probably one of the biggest plastering challenges and a throwback to all those 80’s style properties this How to guide shows you the best way to plaster over Artex. Good luck. https://www.artexltd.com/repair-hub/plastering-over-artex             10. Dummies Finally in our top 10 and the one that most find easier is a guide to how to repair cracks. These easy to follow instructions are worth a look. https://www.dummies.com/home-garden/walls-ceilings/how-to-fix-small-cracks-in-plaster
    Dec 13, 2018 3010
  • The Future Homes Hub, established in response to the Future Homes Task Force's call for collaborative efforts, aims to facilitate the creation of high-quality, sustainable homes and resilient communities that align with the UK government's net-zero and environmental targets. Committed to working together, Mira Showers, the newly acquired Recoup, waste-water heat recovery specialists, and the Future Homes Hub share common values and are focused on developing innovative solutions that benefit both consumers and the planet. Founded in 1921, Mira Showers has a rich heritage of design, innovation, and commitment to its people and community. Mira Showers remains dedicated to providing solution-led products that meet the needs of its customers while prioritising sustainability. Likewise, Recoup also shares the same sustainability ethos and commitment to pioneering environmentally friendly change. By becoming an associate member of the Future Homes Hub, Mira Showers is taking a proactive role in driving water efficiency and sustainable showering practices. The company's expertise, gained from over 100 years in the industry, will contribute to the development of technical solutions for regulatory changes and the overcoming of barriers to successful implementation. Mira Showers will actively collaborate with the homebuilding sector, supply chain partners, and government organisations to drive industry-led proposals for current and future policy challenges. Mira Showers' commitment to sustainability extends beyond its association with the Future Homes Hub. The company's dedication is outlined in its Environmental, Social, and Governance (ESG) Report, which provides detailed information on its sustainability practices and initiatives, including the innovation of sustainable products and efficient water usage, and waste reduction during the manufacturing process. The Future Homes Hub operates as a non-profit making company limited by guarantee, bringing together leading homebuilders and related organisations. With over 50 of the largest homebuilders already committed to the Hub's vision, it acts as a platform for knowledge sharing, collaboration, and overcoming sector-wide challenges. While its immediate focus is on England, the Hub aims to extend its reach to other UK nations in the future, with strong interest already expressed from colleagues in Wales and Scotland. Mira Showers' membership in the Future Homes Hub highlights the company's dedication to water efficiency and sustainability. By leveraging its expertise and collaborating with industry leaders, Mira Showers aims to deliver innovative showering solutions that enhance the consumer experience while conserving water resources.
    Aug 16, 2023 81
  • As a result of this redevelopment, the Wishaw site is projected to allow the production of up to 35,000 tonnes of mortars and 12,000 tonnes of Sika’s market leading single coat render, Monorex per year - bringing the combined total for all Sika UK sites to over 100,000 tonnes of both mortars and façade products annually. Previously dedicated to the manufacture of Enewall products, the site will now focus on the production of SikaWall; a range of renders and systems from the trusted Sika brand. Incorporating Sika’s renowned high levels of customer service with a quality product, the newly rebranded SikaWall range is one which customers and applicators can have confidence in. The redevelopment of the Wishaw site further strengthens Sika’s capability to manufacture market leading products within the UK and consequently improves our ability to mitigate supply chain issues which have affected the building industry over the last two years. Commissioning of the Wishaw site was carried out at the beginning of April with production scheduled to commence later in the month.  
    May 04, 2022 791
  • Sika MonoTop®rewrites the rule book in terms of low-carbon concrete by generating fewer CO2emissions compared to other concrete repair solutions – up to 1 tonne of CO2 per 100m2. In order to promote the range and Sika’s commitment to sustainability, the company is to host a webinar at 11am on Monday, January 31st. Presented by James Collett, Sika’s Area Specification Manager – Specialist Construction Solutions, and Sustainability Manager, Dr Sarah Peake, the course is an opportunity for contractors, specifier and architects to learn about how MonoTop® – a proven, high-performance concrete repair solution – can also reduce their carbon footprint. John Baron, Specialist Construction Solutions, Business Unit Manager at Sika said: “The new sustainable Sika MonoTop® concrete repair range is a result of our unique mindset and development efforts. We’re proud of this product, as it proves more performance and more sustainability is possible.” MonoTop® sets new standards in sustainable concrete repair. It comprises Sika MonoTop®-1010, Sika MonoTop®-3020 and Sika MonoTop®-4012 and as well as generating fewer emissions than comparable concrete repair systems, its dust-reducing properties limit particle emissions by up to 70% during application, thus resulting in safer, less-polluted, more comfortable on-site working conditions for operatives. MonoTop®’s environmentally-friendly credentials are also essential to achieving BREEAM/LEED requirements. Each British Standard-approved product within the system, including the bonding binder and the concrete and levelling mortars, contains recycled waste materials. John added: “With MonoTop®, we’ve developed a concrete repair solution that benefits the construction industry and the environment. Join our webinar to find out how MonoTop® can benefit your next project.”  
    Jan 18, 2022 805
  • Many building managers are now adhering to certain principles – including keeping Rh at optimum levels – to prevent bacterial spread. Smart sensors installed as part of a building management system (BMS) are designed to consistently monitor indoor spaces, assuring they are the optimum environments for people’s health, wellbeing and safety. Sensors are a form of dialogue that represent real-time building performance. If they detect any untoward changes to the environment, they quickly react to return it where it should be. Sensors’ ability to closely monitor room humidity – which if too low or high can contribute to bacteria growth – was a requirement for Dammam Medical Tower, a large hospital in Saudi Arabia. An effective control strategy was created to combat detrimental changes in air humidity within the Dammam Medical Tower’s isolation rooms. A space mounted relative humidity and temperature (RH&T) sensor was supplied, which uses the latest high-accuracy technology to improve and maintain a healthy indoor environment. Smart and self-managing sensors are the best method to assure infection control. These small yet mighty devices mean all indoor environments are of the highest quality, keeping us humans safe and healthy in the process.
    Apr 15, 2021 979
  • Situated in the southern gateway to the Lake District, Stonecross Meadows is a stylish development of three, four and five-bedroom semi-detached and detached homes. In order to achieve the desired aesthetics, developer Jones Homes required a weatherproof render which offered ease of application and would successfully complement the homes’ natural stone façade. This led to the specification of Parex Monorex GM, a one-coat weather resistant and breathable render, for the various house elevations. Jones Homes specified Parex Monorex GM in Pale Yellow and Smokey Grey for the homes, garages and surrounding walls of the development. Parex Monorex GM was sprayapplied to the concrete blockwork and to provide additional reinforcement and crack resistance at stress locations around openings, Parex TV10 Mesh was embedded into the render during the application process. More than 5000m2 render was applied by Parex registered applicator North West Render Ltd who said: “We recommended the use of Parex Monorex GM for this development due to the product’s ease of application and superior finish having used it on previous projects. Once again, the spray-applied application ensured a consistent, high quality finish”.  Furthermore, Parex’s quick response with samples and a full system specification also helped secure the project with Jones Homes, one of the UK’s leading home builders. Monorex GM is suitable for machine spraying or hand application and can be finished in a range of styles from medium scraped, light tyrolean to heavy roughcast textured finishes. Client: Jones Homes Main Contractor: North West Render Ltd PAREX PRODUCTS USED: Parex Monorex GM, Parex TV10 Mesh
    Apr 13, 2021 1256
  • Bernat Klein House in High Sunderland, Selkirk, set in three acres of glorious Scottish countryside, is a triumphant example of mid-20th century architectural enterprise. Built in 1957 and designed by renowned modernist architect Peter Womersley, the open plan, single-storey property offers a stylish lesson in how to introduce an expansive feel to a house with a relatively small floor area. The rectangular-shaped building, originally commissioned by Serbian textile designer Bernat Klein, is essentially subdivided into 8ft modules. The continuous, walk-through design includes four bedrooms, a kitchen, a living room and a dining area. Such is the exceptional nature of the property's architecture it has Category A listing – the highest grade of listing given by Historic Environment Scotland. For the house's 133m2 roof refurbishment Gradient, in conjunction with contractors Laurence McIntosh, was selected to design a tapered insulation scheme that was as rapid to install, as it was efficient in preventing unwanted ponding on the flat roof. It led to the specification of Eurothane Eurodeck - Gradient's premium, high performing rigid PIR insulation board. Ideal for use under mechanically-fixed, single-ply membranes across new-build and refurbishment projects, Eurothane Eurodeck's high compressive strength is complemented by its low thermal conductivity (0.022 W/mK). With this exceptional PIR solution, dimensional stability and a super-smooth surface are guaranteed. Further, the system was made-to-measure and therefore eliminated on-site cutting, which significantly reduced on-site labour times and material waste. Gordon Dickson, Contracts Director at Laurence McIntosh, said: “Due to the high-profile nature of this project, we required a quality insulation that offered excellent performance in terms of thermal conductivity and ease of installation. Thanks to the conjunctive efforts of Gradient's technical team in designing a bespoke tapered solution, the made-to-measure system ensured it met the client’s brief and incurred minimal material waste. This added to the project's cost-effectiveness, whilst enhancing its environmental credentials.” The roof was finished with a single-ply membrane and thanks to the combined expertise that led to the specification, design and installation of Gradient's Eurothane Eurodeck tapered insulation, this historic Scottish house will remain an astonishing architectural feature of Selkirk’s wild and wonderful countryside for many years to come.  
    Mar 30, 2021 1156
  • The fast-growing team at Cemfree is evidence of the industry’s growing need for manufacturing and sourcing sustainable materials. It is also highlights Cemfree's commitment to invest in its people and expertise as it continues in the fight for a more environmentally friendly built environment.   Mark Clark, (below) the new General Manager, brings with him a personal interest in reducing carbon, which will help in his role of managing a new sales team, and establishing Cemfree as the preferred solution for low-carbon mortar, blocks and concrete. With over 27 years of sales experience across many sectors, Mark’s wealth of experience has seen him define product sustainability strategies, manage national teams and create additional streams of revenue.   Cemfree also welcomes Rob Nicholson (below) as Product Manager. Rob has over 25 years of experience in the construction industry under his belt. Rob has a proven track record of introducing new products to the market and has an in-depth understanding of all routes into the market from innovation to supply. Rob will be focussed on the development of Cemfree products with key suppliers, working with them to help make Cemfree the supplier of choice.    Keagan Badenhorst (below) is Cemfree’s new Business Development Manager, with 16 years experience working in the Timber Engineering Industry. Most recently as a National Account Manager he possesses skills in developing relationships, building brands and training those in the industry and his fellow members of staff. His new role at Cemfree will entail devising sales strategies and developing knowledge of Cemfree across the construction industry.   Devon Clark (Below) has joined Cemfree as a Business Development Executive. Her role will entail researching markets and building relationships with key accounts, whilst supporting the Major Accounts Manager. Devon brings a positive outlook to her role, with an ambition to increase sales and build relationships.   Tony Sheridan, Group Commercial Director said: “We are delighted to announce our new appointments at Cemfree. Our new team members are bringing with them a wealth of knowledge and expertise that will be invaluable to the business. Providing all our partners and customers support at every step of a project is key to us at Cemfree, and we hope that the growth of the team not only allows us to continue this support but expand in what we can offer.” Visit: www.cemfree.com
    Mar 29, 2023 237
  • He replaces Trevor Gillman, who now takes on the role of Chief Executive Officer and who has been responsible for developing the company over a 33 year period, transforming the business from a medium sized manufacturer of kitchen units into a UK market leader of fitted furniture. His vision and innovation have seen the development of an extensive range of storage units and other specialist furniture products, which are now widely used in hospitals and healthcare centres across the country. Tony, who joined Broadstairs, Kent, based David Bailey Furniture in September 2021 as Operations Manager is now charged with delivering plans to streamline the business still further following a major investment programme which has seen the company significantly expand its production capacity. “We have shown steady continual improvement and have great potential to build on our rapid growth spurt, but I am very aware that we will always need to be as efficient as possible if we are to continue competing within a very crowded market,” said Tony. “I intend to implement a 5-year lean manufacturing plan for the shopfloor, which involves a fully automated production system which will offer even greater opportunities for our loyal staff and I am very much looking forward to the challenge.” “It is my mission to have a piece of David Bailey furniture in every single hospital in the UK within the next five years. We have the right team in place and I am sure we can achieve all of our objectives within this period.”. David Bailey Furniture has been established for more than 40 years and employs 38 staff. Their Healthcare range of fitted furniture features within some of the country’s largest and most prestigious NHS and private hospitals. It is also regularly specified for other healthcare furniture projects from health centres and nursing homes to doctors’ surgeries and dental practices. In more recent years the company has also significantly increased its presence in the schools and veterinary markets and is now a major supplier to the prisons sector and other growing niche markets. Vist: https://davidbaileyfurniture.co.uk  
    Feb 23, 2023 261
  • Tom joined Sika in 1992. Based at the Welwyn Garden City Head Office, he has a breadth of experience in Sales, Marketing and Product Management, joining the Management Team in 2007 as the Business Unit Manager for the Concrete division. Further to the successful management of this part of the business, he assumed responsibility for the Waterproofing division in 2013. In 2018, Tom assumed additional responsibilities for managing the Everbuild brand – A Sika Company, playing a key role in its integration, establishing this area of the business as a substantial part of Sika Limited, with record growth in sales and profitability. The new appointment will see him build on the already well-established Sika brand in the UK. In 2021, the company is aiming to achieve 15% growth in net sales whilst maintaining profitability levels. Major focuses that will help the company achieve this centre on key initiatives to grow e-commerce channels, further develop its network of specifiers, strengthening relationships with key specialist distributors and add to the Sika contractor networks. The company will also continue to focus efforts on developing inter-company business. “I strongly believe that continued focus on our people and their development, will allow us to grow, and this, coupled with investment in technology, will lead us to become the employer of choice,” commented Tom. “The safety of our staff has been a high priority during the pandemic and will continue to be so going forward. Relationships inside the company and towards our customers are the main drivers for sustainable results. Sika Limited in the UK, is a strong and focused company, and I am looking forward to the challenge of growing our brands in the UK under one combined entity.” Sika UK has grown steadily over the past few years, reaching one of the highest sales and profit results of Sika globally, despite operating in challenging market conditions.
    May 08, 2021 1000