Art Deco building in Malta fitted with new Clement steel windows

Building Products Index Ltd Steel, Windows Leave a Comment

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Haslemere-based Clement Windows Group has manufactured over 100 new steel-framed windows for The Brewhouse in Malta.

The Brewhouse, formerly Farsons Brewery, is one of the finest examples of a reinforced concrete Art Deco building on the island of Malta.  Founded and designed by Lewis V Farrugia and William Binnie, the building is an icon of the industrialisation of post-war Malta.  Opened in June 1950, today it is Grade II listed.

The site of The Brewhouse and Trident Park has recently undergone an €86 million redevelopment with the area boldly reimagined by world-renowned, London-based ritchie*studio.  Covering over 7,000 sq m of industrial space, the renovated brewery offers a unique mix of office, retail, food and beverage, retail, visitor experience and events spaces arranged over seven floors.

It was vital in a building of such historic and architectural significance that the new windows replicated the look of the originals, but also that they met stringent requirements for thermal efficiency, as the building was designed to strict environmental codes.  The new steel windows from the Clement EB24 range met the brief.  Painted RAL 9016 (Traffic White), with genuine T bars and multi point locking, the windows are manufactured from hot rolled steel window profiles which are produced from 98% recycled steel source material.

The Brewhouse and Trident Park is one of the most important regeneration projects in Maltese history and its inauguration ceremony was attended by over 400 people including the Prime Minister of Malta, Robert Abela.

Ian Ritchie, Director of ritchie*studio, commented:

“Clement Windows provided the perfect steel window profile and workmanship solution to help restore this beautiful and iconic Maltese industrial Art Deco building.”

Tel: 01428 643393 Email: info@clementwg.co.uk    Web: clementwindows.co.uk

Access 360 accelerates sustainability commitments with SBTi validation

Building Products Index Ltd access solutions Leave a Comment

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Access solutions manufacturer, Access 360, is continuing to progress with its sustainability commitments following the approval of its parent company, Tyman’s, near-term science-based reduction targets (SBTs) by the Science Based Targets initiative (SBTi).

The SBTi has validated the Group’s targets to reduce absolute scope 1 and scope 2 Greenhouse Gas (GHG) emissions by 46.2% by 2030 from a 2019 base year and reduce absolute scope 3 GHG emissions from purchased goods and services by 27.5% within the same timeframe.

The approval follows two years of data gathering and modelling by the Group, in addition to deploying measures to reduce its carbon footprint.

The SBTi’s approval is a significant achievement for Tyman’s 2030 Sustainability Roadmap, with one of the early priorities for the Group to understand its carbon footprint across its entire value chain and commit to targets required by the latest climate science by focusing on the most material sources of emissions.

As the Group’s consumption of electricity accounts for 70% of its scope 1 and scope 2 emissions, the initial focus has been centred upon purchasing greener energy and installing solar technologies such as those at Access 360’s new headquarters in the West Midlands, whilst also reducing consumption at source.

To reduce scope 3 carbon emissions, the Group is continuing to focus on updating product designs and selecting lower carbon materials, with Access 360 recently making a significant investment in its engineering department to support these objectives.

Emma Holly, General Manager for Access 360 said: “Tyman’s 2030 Sustainability Roadmap aims to transform our operations, culture and the solutions we offer our customers, bringing sustainability to the core of everything that we do.

“The validation of the Group’s near-term SBTs by the SBTi is a significant step forward on our journey and highlights that not only are we committed to further reducing our energy, water and waste, in addition to our carbon emissions – we are also ensuring this is achieved in line with best practice.

“Going forward, we will continue to work towards achieving our goals by working effectively in partnership with our suppliers and customers to meet the requirements of the climate science by the end of 2030.”

For further information on Access 360’s product offering, visit www.access-360.co.uk.

Raising The Roof: First Ever Blue Green Roof in Dublin Constructed with ACO’s RoofBloxx System

Building Products Index Ltd Building Drainage, Drainage Leave a Comment

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With new planning rules to abide by in Dublin, the developers of a commercial three-story residential apartment building had to demonstrate that its scheme would have a blue green roof to obtain planning permission. ACO worked together with Beton Construction Services to design and specify an innovative blue green system that would manage stormwater runoff, improve resilience, and be the first of its kind in the city.

 

Creating a waterproof roof

A key part of the consultation was ACO’s assessment of the hydraulic requirements, which was based on 1 in 100-year time series rainfall, as well as accounting for a 40% uplift in climate change. Following the assessment, ACO specified its RoofBloxx attenuation system to cover a catchment area of 131.8m2, installed on an inverted blue roof.

Introducing the ACO solution to an inverted roof separated the competing drainage requirements. By engineering an elevated shallow structural attenuation system that operates independently of the flat roof drainage system, it allowed the roof to be engineered to known standards and best practice, without compromising the ability of the roof to drain quickly in extreme circumstances.

Dan O’Connor, Business Development Manager at Beton, led the project and said: “When we were approached about this job, we knew we’d need guidance from blue roof specialists. We turned to ACO because we know they not only have innovative products like the RoofBloxx system, but they have the knowledge, experience and assisting tools to make sure that the job runs smoothly. With ACO’s support, the project was swiftly granted planning approval, and we and the developers have peace of mind that the roof is protected for years to come.”

To read the full story click here

Latest Electric Heating Updates from Consort Claudgen!

Building Products Index Ltd Electric Heating Products, Heating Leave a Comment

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Consort Claudgen, a renowned brand in the heating industry, is making waves once again with their latest product launches. These new offerings combine cutting-edge technology, energy efficiency, and user-friendly features to provide the ultimate heating solutions.

1) Consort Claugen launches DF2E downflow fan heater

Consort Claudgen’s new DF2E downflow fan heater has a 7-day timer and six temperature settings per day, allowing you to personalise your comfort. Features include open window detection, a digital lock, a large LCD screen, a digital variable thermostat, and a reliable battery backup to keep the clock running during power outages. The heater continues its heating programme after power is restored.

The heater offers quick warmth and allows you to choose between 1kW or 2kW heat output during the installation. As it approaches the desired temperature, it automatically reduces the heat output to 1kW to save energy. For safety, the DF2E has an automatic safety cut-out and will stop operating if the fan or temperature sensor malfunctions. The DF2E heater combines modern heating technology, energy efficiency, and safety, making it an excellent choice for bathrooms and kitchens.

For more information about our downflow heaters, click here.

2) Consort Claudgen includes Wi-Fi enabled heaters in the LST range


Consort Claudgen now offers Wi-Fi-enabled low surface temperature heaters that can be controlled through a digital control panel on the heaters or the Consort Connect app. Features include a 7-day timer with 24 daily heating periods, a lock function, open window detection, custom automation, and energy consumption statistics. Additionally, LST heaters with Wi-Fi and occupancy sensor (MWIFI) have a self-learning control ability, using in-built occupancy sensors to detect and learn a user’s weekly presence in a room. It then creates a heating schedule and automatically warms the room according to the detected or predicted occupancy. When the space is unoccupied, the heater will conserve energy by switching to a setback temperature or frost protection mode.

Consort’s website also offers BIM objects for download.

To view more information about our WIFI and MWIFI heaters, click here.

3) HRXSL Handheld Controller Powered by Two ‘AA’ Batteries

Consort Claudgen’s HRXSL handheld controller is a versatile and user-friendly device specifically designed for use with their RX and SL heaters. This high-quality controller offers a choice of room temperature measurement, either directly on the controller or directly on the heaters, giving users the flexibility to choose their preferred method.

Pairing the HRXSL handheld controller with compatible heaters is quick and straightforward, enhancing user convenience. Powered by two ‘AA’ batteries, this controller ensures long-lasting performance. With its intuitive design and seamless integration with Consort Claudgen’s heaters, the HRXSL handheld controller is a must-have accessory for optimal heating control.

For more information about our HRXSL controller, click here.

At Consort, our dedicated Technical team look forward to providing you with invaluable technical support and advice regarding your heating requirements. The team will calculate heat loss and recommend the most suitable heaters for your project needs. To take advantage of our free advisory service with installation design, call us at 01646 692172 or email technical@consortepl.com. Our heating scheme form is also available on our website at www.consortepl.com. Please submit drawings, if possible, to further illustrate your project requirements

DuPont A2 fire rated non-combustible system for weatherproofing and condensation risk management

Building Products Index Ltd Breathable Membranes, Membranes Leave a Comment

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Europe has standardised testing and classification criteria for construction products through the European Standard EN 13501-1. Classes are described by letters. The first letter gives a classification based on the combustibility and contribution to fire: A1 and A2 is non-combustible, B till E go from very limited to medium contribution to fire, and F means high contribution and easily flammable. In addition, smoke development and severity of burning droplets falling off the material are determined. The best possible class being s1 for smoke and d0 for no droplets. Hence, a product can be said to perform to for e.g.  class B-s1,d0 or class A2-s1,d0 and so forth and so on. Different test regimes of EN 13501-1 standard are described below.

Test regime for reaction to fire classes according to EN 13501-1

Class EN-ISO 1182

Non-combustibility test

 EN-ISO 1716

Gross calorific potential test

 EN 13823

Single Burning Item test

 EN 119225-2

Ignitability test
Main fire properties measured and used for the classification Ability to withstand 750º C in a small furnace Calorific content FIGRA – Fire Growth Rate; SMOGRA – Smoke Growth Rate; Flaming droplets or particles Flame spread within 60 or 20 s.
A1 √ √ – –
A2 – √ √ –
B – – √ √
C – – √ √
D – – √ √
E – – – √
F – – – –

 

DuPont™ A2-s1,d0 fire rated non-combustible system for weatherproofing and condensation risk is designed to provide maximum fire safety and protection in the construction industry. It’s ideal for use in high-rise and higher-risk building applications.

DuPont™ Tyvek® Trifecta™ is an airtight, vapour permeable membrane that prevents water from penetrating the walls. It is a popular choice for weatherproofing and condensation risk mitigation in many risk-averse construction projects. DuPont™ Tyvek® Trifecta™ is installed on the cold side (outside) of the wall assembly, typically, between the external sheathing and mineral wool insulation.

The DuPont™ AirGuard® A2 FR AVCL provides resistance against water vapour, ensuring that trapping & accumulation of the moisture within walls and thermal insulation is prevented, which otherwise can result in structural damage and ineffective energy use. In addition, coupled with a cavity, it will provide thermal resistance. AirGuard® A2 FR AVCL is installed on the warm side (inside) of the wall assembly, typically, between the internal lining and structure.

Additionally, DuPont™ AirGuard® FR System Tape is used to seal horizontal and vertical laps, joints, junctions, around windows and doors, as well as sealing around penetrations such as pipework, wiring and structural elements.

AirGuard® FR System Tape is A2 fire rated product fully coherent with Tyvek® Trifecta and/or AirGuard® A2 FR AVCL, providing continuous and complete fire-rated system. It is an essential component in achieving the highest level of fire safety and contributes to bettering numerous other building performance aspects, such as airtightness, watertightness and smoke control.

Overall, the use of the DuPont™ A2 fire rated system gathered of Tyvek® Trifecta™, AirGuard® A2 FR AVCL, and AirGuard® FR System Tape is a highly effective, tested & proven, extremely reliable solution for improved fire safety in a wide variety of high-rise and higher-risk construction applications.

Discover more by visiting our website and take advantage of A2 fire rated system for weatherproofing and condensation risk management by using Tyvek® Trifecta™,  AirGuard® A2 FR AVCL and AirGuard® FR System Tape for your next project:

Tyvek® Trifecta™ A2 Fire-Rated Breather Membrane (dupont.co.uk);

AirGuard® A2 FR Fire-Rated AVCL (dupont.co.uk);

DuPont™ AirGuard® FR System Tape

Precast Concrete Headwalls

Building Products Index Ltd Water management solutions Leave a Comment

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Sewers for Adoption/ Sewerage Sector Guidance

All Althon precast concrete Sewers for Adoption (SFA) headwalls fully comply with the recently published Design and Construction Guidance for foul and surface water sewers offered for adoption under the Code for adoption agreements for water and sewerage companies operating wholly or mainly in England, Sewerage Sector Guidance (SSG) Part C.

Compliance includes wall thickness, depth and thickness of toe options, back wall width to accept correctly sized outfall safety grille & wing wall profiles to suit bank slope.

Althon headwalls are manufactured to BS EN 1992-1-1 & BS EN 15258:2008 precast concrete products – Retaining wall elements. They are also covered by Factory Production Control certificate number: 0086-CPR-650448 which means they are UKCA marked.

There are 5 widths of headwall available in the SFA range capable of accommodating pipes up to and including 1500mm internal diameter. The 4 larger widths are available with a flat or sloped apron for use as an outlet or inlet/outfall. Each width is available with a range of back wall heights.

Openings for pipes, elliptical pipes & box culverts can be cast into the back wall at the invert level required.

Eco 1

All Althon headwalls are manufactured using a trademarked eco1TM concrete mix design. The standard eco1TM concrete mix, which is a Cement & GGBS blend, significantly reduces C02e emissions by 50% when compared to a standard CEM1 concrete mix. In addition to eco1’sTM environmental credentials; it achieves Design Chemical Class 4 and Design Sulphate Class 4 making Althon headwalls suitable for use in aggressive environments.

Althon headwalls can also be manufactured using other proprietary mix designs for even greater carbon savings.

C02e stands for Carbon Dioxide Equivalent

C02e is a unit of measurement used to express the amount of greenhouse gasses emited because of human activity.

 

Coloured Headwalls

Althon are now able to offer coloured headwalls for aesthetically sensitive areas. Our coloured concrete headwalls can help the installation blend into the surrounding landscape.

Althon use a colouring additive for cementitious materials. It provides a uniform streak free colour.

Colours shown are approximations of our colour mix in a typical concrete using mid grey Portland cement and having an as-cast surface. The final colour is affected by many influences.

If you have any questions or would like more information then please email sales@althon.co.uk or call 01603 488700

Cistermiser’s EasyflushEVO prevents ‘leaky loos’ – saving thousands of litres of water

Building Products Index Ltd Bathrooms Leave a Comment

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Cistermiser’s EasyflushEVO toilet flushing valve prevents ‘leaky loos’, saving significant volumes of water in commercial and public sector buildings. It’s a straightforward, cost-effective solution that is ideal for new or retrofit installations.

According to Waterwise, between five and eight per cent of UK toilets are leaking. These ‘leaky loos’ are wasting as much as 400 million litres of clean, fresh water every day across both non-domestic and domestic buildings. It is estimated that a third of commercial washrooms have at least one leaky toilet – each could be wasting between 215 and 400 litres of water on average per day. As well as having a detrimental impact on the UK’s precious water reserves (which are under pressure from climate change, population growth and rising water use), leaks also result in higher utility costs – just six leaking toilets could increase a building’s water bill by £2,500 a year.

A large proportion of ‘leaky loos’ are dual flush toilets fitted with drop flush valves. While dual flush toilets were designed to help reduce water consumption (in theory, the smaller, part flush should use four litres of water and the larger, full flush should use six litres), unfortunately some models can leak. The issue is that drop flush valves will usually start to degrade over time, resulting in leaks. The seal on a drop flush valve tends to be situated below the cistern’s water line, and limescale deposits and debris (commonly found in cistern water) can cause degradation, as can chemicals if they are also present in the water.

Unfortunately, it is not easy to detect leaks, and they can be present for some time before they are identified. In fact, research suggests that a leak needs to reach around 300 litres of water a day before the issue is identified  (this is the point at which the leak becomes audible or more visible  . It is therefore essential to prevent leaks occurring in the first place – but this doesn’t mean that dual flush toilets shouldn’t be specified. The issue can be quickly resolved by selecting  an appropriate  dual flush flush valve  initially .

The revolutionary EasyflushEVO siphonic flushing valve from Cistermiser is engineered to eradicate water leakage from dual flush toilets. Unlike with drop valves, EasyflushEVO does not have a flush seal below the water line, so it will not leak due to debris, scale or degradation of the seal. It is ideal for new applications or can be easily retrofitted, in either a duel flush or single flush configuration. Each unit can save up to 146,000 litres of water per year. It’s also a cost-effective solution – a return on investment can be achieved in just seven months.

There are three variations of EasyflushEVO available: an EVO 1.5” flushing valve, an EVO 2” flushing valve and EVO CISTERN – a complete flushing cistern kit, which includes an EasyflushEVO flushing valve, a fill valve and a concealed cistern with a 1.5” flush pipe outlet and flush cone.

EasyflushEVO’s unique patented design means no other solution on the market can address water wastage from ‘leaky loos’ in the same way. It also has WRAS and Kiwa UK Regulation 4 product approvals, has won multiple industry awards and is installed in some prestigious projects across the UK.

For more information on EasyflushEVO, please visit www.cistermiser.co.uk.

EUROCELL’S LOGIK SYSTEM SUPPORTS SUSTAINABILITY OBJECTIVES IN CORNWALL’S NEW GARDEN VILLAGE

Building Products Index Ltd Doors, PVC-U, PVC-U, Windows Leave a Comment

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  • Overall U-value of 1.2W to help homeowners to optimise energy consumption
  • Specified colour choices with kerbside appeal that blend seamlessly
  • Energy efficiency and sustainability at the heart of new build development
  • Logik Flush Sash windows and French doors specified for proven performance

A long-term fabrication and installation partner of Eurocell has provided one of its market-leading and most sustainable window solutions to a new housing scheme located at St Austell in Cornwall.

Plymouth-based Right Price PVC-U & Home Improvements has installed Logik Flush Sash windows at the first phase of the West Carclaze Garden Village residential development.

Right Price secured the contract to manufacture and install the Logik Flush Sash windows, as well as French Doors at West Carclaze. Residential doors for each property were supplied by Vista Panels, a subsidiary of Eurocell.

Key Features Driving Logik System Selection

A powerful combination of contemporary aesthetics and performance benefits that include exceptional air and noise insulation, strong security, and long-term robustness, were key to the selection of the Logik system for this development. The specified colour choices of Chartwell Green and Anthracite Grey add modern sophistication, clean lines and kerbside appeal that blend seamlessly with the garden village location.

With an eye on the sustainability objectives of the project, as well as containing recycled PVC-U in its profile construction, the Logik system offers fantastic energy efficiency benefits. Heat is kept within the property and the delivery of an overall U-value of 1.2W helps optimise energy consumption and lower carbon levels.

Sarah Haseler, Director for Right Price ““With guaranteed long-life performance, minimal maintenance and visual appeal, Logik is making its own contribution to what is a unique project. Logik’s durability and proven ability to perform well in challenging weather conditions make it the perfect choice for West Carclaze.”

A Sustainable Vision

West Carclaze is a new 1,500 home development that has energy efficiency and sustainability at its heart.  Not only will it provide residents with ‘EPC’ A rated homes, but it also locates them within a stunning lakeside area that will include a welcoming village centre, community allotments and a 350-acre managed country park that offers five lakes and numerous trails to explore.

Phase one commenced in 2021 and will see the development of 170 homes which are due for completion in 2024.

Sarah Haseler, Director for Right Price, comments: “West Carclaze Garden Village is an important and prestigious new build lakeside development for Cornwall. As a local company, we are delighted to be working to deliver an effective window and door solution that enables better and more sustainable living opportunities. The Logik system supports the aims and objectives of the development’s overall sustainability vision. It provides proven energy efficiency benefits that help to better insulate new homes in a way that addresses energy usage and cost concerns.

Testament to Durability

“With guaranteed long-life performance, minimal maintenance and visual appeal that chimes with the overall scheme development, Logik is making its own contribution to what is a unique project. Another key factor is the product’s durability. The site location must overcome challenging weather conditions on occasion and Logik’s proven ability to perform well in such settings helps make it the perfect choice for West Carclaze.”

Angus Cowie, New Build Business Development Manager for Eurocell, added: “Our market-leading Logik window system is a fantastic specification choice for the West Carclaze Garden Village as it will help make the homes low carbon and sustainable. It’s important that the industry constantly builds with this in mind and Logik has a range of benefits including energy efficiency, low U-values and long-term performance that will reduce bills and help builders achieve high energy performance certificates for new developments.”

If you have any questions or would like more information then please email newbuild@eurocell.co.uk or call 0870 120 3003.

Newton Waterproofing Helps Repair London’s Busy Limehouse Link Tunnel

Building Products Index Ltd waterproofing Leave a Comment

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Newton Waterproofing, a leading supplier and designer of waterproofing solutions for large-scale commercial and infrastructure projects, teamed up with specialist contractor ASF Waterproofing to successfully repair leaks inside the Limehouse Link Tunnel in East London.

The 1.1-mile tunnel, a vital artery connecting The Highway to Canary Wharf in the bustling London Docklands, was experiencing water ingress that required immediate attention, and prompted the main contractor to call upon the expertise of Newton Specialist Contractor ASF Waterproofing, recognised for their proficiency in injection resins and structural repairs.

Understanding the critical role the tunnel plays in London’s infrastructure, ASF Waterproofing worked alongside Newton Waterproofing Systems to swiftly find a suitable solution, and following a thorough investigation, they opted for Newton’s PC Leakinject Uni 6816 E resin, specifically designed for sealing gaps, cracks or leaks in structures experiencing high levels of water ingress.

Adding another layer of complexity was the location of the leaks near the tunnel’s roof, necessitating night-time closures of the tunnel to ensure the safety of workers and minimise disruption to London’s traffic flow. With only a four-hour window each night between 11pm and 4am, the ASF and Newton teams utilised cherry pickers and scissor lifts to access the area and inject the resin.

“Despite the challenges presented to us with this project, ASF managed to successfully waterproof the Limehouse Link Tunnel using Newton’s specialist polyurethane injection resin” commented Shaun King, Director at ASF Waterproofing. “This resin was ideal for this project, due to its ability to react quickly with water to effectively seal the leaks.”

Newton Waterproofing’s Managing Director, Warren Muschialli, added: “The Limehouse Link Tunnel is a vital part of London’s transportation network, and we are proud to have played a role in its continued operation. This project showcases our ability to provide innovative solutions and expert support for even the most demanding infrastructure projects.

“With Newton’s comprehensive waterproofing solutions and ASF Waterproofing’s skilled application, the Limehouse Link Tunnel can now withstand the elements and serve London’s commuters for years to come.”

Visit www.newtonwaterproofing.co.uk

NEW TUDOR HALL TEACHING BUILDING UTILISES GEC ANDERSON TECHNOLOGY

Building Products Index Ltd Sinks, Stainless Steel, Stainless steel, Worktops Leave a Comment

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The creation of an ultra-modern Teaching Building as a new core to a long established school in Oxfordshire, has included the installation of custom designed and manufactured stainless steel sinks, worktops and splashbacks and other units from GEC Anderson for several of the different technical spaces.

 

The Tudor Hall School, originally founded in 1850 by the Rev TW and Mrs Todd at a site in Salisbury, has been at its present location at Wykham Park in Banbury since World War II, while the past decade has seen some £15 million invested in ensuring the Independent Girls Boarding and Day School offers the best possible facilities.

 

 

The Birmingham office of ADP Architects has been responsible for the design work on this latest project, while Clegg Construction Ltd of Nottingham was the main contractor carrying out the work. Acting as a specialist sub-contractor, GEC Anderson conducted site visits and liaised with the project team in order to ensure its custom fabrications met the schools health & safety as well as technical and teaching requirements.

GEC Anderson also worked closely with Tudor Hall Bursar, Neil Farquhar to ensure its site installation visits in no way interfered with the academic activities as lessons continued throughout normal term time.

One of the architects involved with the project from early on commented “The GEC Anderson sinks, work-surfaces and other fabrications were specified for the Food Technology Area as well as units for the Ceramics and Textiles rooms. The new centre opened on schedule last Easter in time for the start of the 2018 summer term and everyone involved has been pleased with the results.”