Future Proofing: Energy Efficiency with H+H Aircrete

Building Products Index Ltd Blocks, Concrete Leave a Comment

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To meet the demands and regulations of an environmentally sustainable future, take a ‘fabric first’ approach.

Sustainable standards are more important than ever. The growing consciousness concerning the environment is reflected in modern building regulations, such as the Future Homes Standard, expected to come into effect this year.

As we know, not all materials are created equal in terms of conserving energy and regulating temperatures in a building. At H+H, we support a “fabric first” philosophy. This means that we believe thermal efficiency should be built into the fabric of a house, so it remains effective for the lifetime of the building. Choosing aircrete ensures the building will benefit from high energy efficiency for years to come.

Thermal efficiency and U-values

Aircrete has a low rate of heat transfer through a structure (U-value) and is highly thermally efficient. The temperature in buildings constructed with aircrete is well regulated, keeping the heat in during cold winter months and the heat out on hot summer days. This reduces the energy used to control the temperature with systems such as central heating, resulting in a lower carbon footprint for the building.

One standard being encouraged in the move towards an energy efficient future is Passivhaus. Passivhaus is a voluntary standard for energy efficiency, which reduces the building’s ecological footprint. To achieve Passivhaus certification, a build must be airtight, and have an extremely low U-value.

H+H aircrete can be used for airtight construction, and its high thermal performance helps to meet stringent Passivhaus requirements, making it an ideal choice for energy-efficient building projects seeking the Passivhaus stamp of approval.

New standards of energy efficiency regulations are expected this year in the Future Homes Standard (FHS), which based on the current information available, we anticipate H+H aircrete will surpass.

Compatibility with heat pumps

Another key expectation set out in the Future Homes Standard is the requirement for new homes to be ‘zero-carbon ready’, meaning no work will be necessary to allow them to achieve zero carbon emissions when the electricity grid is fully decarbonised.

To achieve this objective the government encourages the use of heat pumps as the primary source of heating for houses as they are efficient and low carbon, and are less expensive to run than alternative electric heating systems.

Heat pumps work most efficiently if the home is well insulated. Constructing a building’s fabric with products that have a high U-value, indicating they are not very thermally efficient, can hinder the effectiveness of a heat pump. This is far from ideal, particularly given the significant initial investment required to install a heat pump. Aircrete’s high thermal efficiency makes it an ideal material for constructing homes that incorporate heat pumps, allowing them to perform to their full potential.

Long term thermal efficiency

While houses built today must have a minimum life expectancy of just 60 years, H+H aircrete has a lifespan of over 100 years.

This longevity means the benefits of aircrete, specifically its thermal efficiency, will last long into the future, continuing to require reduced heating and cooling demands for decades, making it a sustainable choice for future-proof construction.

Choosing aircrete for construction projects contributes to energy savings, supporting long-term sustainability goals. As we move towards a future where energy efficiency is paramount, materials like aircrete will play a crucial role in shaping buildings that are not only comfortable and cost-effective to maintain but also kind to the environment.

To find out more visit www.hhcelcon.co.uk or contact us on 01732 886444 or email info.uk@hplush.com

Factory fitting accessories to our precast concrete headwalls

Building Products Index Ltd Concrete, Precast Leave a Comment

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Althon are able to pre-fit a wide range to accessories to our precast concrete headwalls, this means the concrete does not have to be drilled on site. Saving time on the installation and has great health and safety benefits.

Wherever possible we will deliver our headwalls with all factory fitted accessories still attached for faster offload and installation.

☑️ Flap Valves
☑️ Penstocks
☑️ Gratings, Outfall Grilles and Trash Screens
☑️ Kee Klamp, Gates, Ladders and Catwalks
☑️ Dissipation Blocks
☑️ Stepped Baffle Blocks
☑️ Cascade Panels
☑️ Tideflex Duckbill Valves
☑️ Orifice Plates
☑️ Stop Logs
☑️ V Notch Weir
☑️ Pond Liner Brackets
☑️ Dovetails Slots for Cladding

 

or more information on the headwalls we offer please visit our website, email sales@althon.co.uk or call us on 01603 488700 and we will be happy to help.

EcoMac Design: Revolutionising Erosion Control Design Software

Building Products Index Ltd Gabions Leave a Comment

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EcoMac Design is an advanced suite of specialised tools created to empower engineers and professionals in developing state-of-the-art erosion control solutions. Whether you are managing slopes, channel banks, or other critical areas prone to soil erosion, EcoMac provides the tools needed to design effective, sustainable, and environmentally compliant systems.

Precision and Efficiency in Erosion Control

Selecting an appropriate and efficient erosion control solution that prevents soil loss from slopes, has long been a challenge for engineers and stakeholders given the complexity of input parameters and design methods. The EcoMac design suite dramatically simplifies this process.

The EcoMac Suite: Three Powerful Tools

EcoMac is comprised of three core tools, each tailored to tackle specific erosion control challenges:

  • EcoMac R: Utilising the Revised Universal Soil Loss Equation (R.U.S.L.E), this tool accurately estimates soil loss and evaluates erosion risks on unprotected slopes. It offers recommendations for optimal solutions, including the use of reinforced geomats. EcoMac R enables you to assess risks and design solutions that mitigate soil erosion effectively.
  • EcoMac S: Focused on stabilising soils on slopes, this tool calculates the required tensile strength of geomats and determines appropriate anchorage spacing. By simplifying complex calculations, EcoMac S ensures your designs optimise stability and reliability.
  • EcoMac B: Specially developed for channel bank protection, this tool provides customised anchorage solutions to prevent soil erosion along waterways. EcoMac B enhances the durability and longevity of your designs in dynamic hydraulic environments.

Seamless Integration with Maccaferri’s eDesign Platform

EcoMac is part of eDesign, Maccaferri’s online project design platform. This integration delivers a streamlined and efficient user experience, enabling professionals to:

  • Conduct detailed analyses of erosion risks and structural requirements.
  • Select the most suitable products and materials for their project.
  • Optimise designs for cost-efficiency and sustainability.

The eDesign platform includes a suite of free, cloud-based, user-friendly design tools for professionals in civil, geotechnical, and hydraulic engineering. With EcoMac embedded in eDesign, users benefit from an all-in-one solution that simplifies project planning and execution.

Why Choose EcoMac?

EcoMac is an indispensable resource for engineers and professionals seeking innovative erosion control solutions. Key advantages include:

  • Enhanced Accuracy: Advanced algorithms ensure precise calculations for soil loss, tensile strength, and anchorage requirements.
  • Time Efficiency: By automating complex computations, EcoMac significantly reduces design and analysis time.
  • Environmental Compliance: EcoMac ensures helps designers comply with environmental regulations and sustainability objectives.
  • Tailored Solutions: Each tool in the suite addresses specific challenges of soil loss from slopes to channel banks
  • User-Friendly Interface: With an intuitive design and integration with eDesign, EcoMac simplifies the design process for both seasoned engineers and newcomers.

Explore Maccaferri’s Comprehensive Portfolio

Maccaferri’s commitment to innovation extends far beyond EcoMac. Visit our website to explore a wide range of erosion control solutions. From cutting-edge design software to high-quality materials, Maccaferri provides everything you need to ensure the success of your projects.

Ready to elevate your next project with cutting-edge technology and expertise? Access the eDesign platform today to unlock the full potential of EcoMac. Discover how our advanced tools can streamline your workflow and deliver outstanding results in erosion control design.

The Importance of Specifying High-Quality Door Closers on Fire Doors

Building Products Index Ltd Door closers, Doors, fire resistant doors Leave a Comment

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Andy Howland, Sales & Marketing Director at GEZE UK, discusses why specifying high quality door closers on fire doors is important…

Fire doors are essential components in building safety, acting as barriers that help contain smoke and flames during a fire. While the fire door itself must meet strict regulations, the quality of the door closer is equally crucial. Specifying high-quality door closers is vital for ensuring that fire doors function reliably, maintain safety standards, and enhance the users experience. Let’s now explore this in more detail.

Reliable Performance in Emergencies: The primary function of a fire door is to contain fires and protect escape routes. High-quality door closers are designed to ensure that fire doors close securely and completely after being opened. This capability is essential in preventing smoke and flames from spreading, thus providing occupants with crucial time to evacuate safely.

Compliance with Regulations: Fire safety regulations and building codes dictate specific requirements for fire doors and their hardware. High-quality door closers are typically tested to ensure they adhere to either EN1154 or EN1155. Specifying products that meet these standards ensures compliance with legal requirements and reduces liability for building owners.

Longevity Under High Traffic: Fire doors are often located in high-traffic areas, such as hallways and entry points. High-quality door closers are built from tested, durable materials in order to withstand frequent use without compromising their performance. Cheaper, low-quality models may wear out quickly, leading to malfunctioning doors that fail to close properly or safely.

Smooth Operation: High-quality door closers provide adjustable closing forces and speeds, allowing for a smooth, reliable and controlled closure. This feature is particularly important in environments where users may have varying levels of strength, such as in schools or healthcare facilities. A smoother operation minimises the risk of injury and enhances the overall user experience.

Accommodating Accessibility Needs: Fire doors must be accessible to all individuals, including those with disabilities. Quality door closers can be adjusted to ensure that the door opens with low force, closes gently and does not pose challenges for users with mobility issues. This attention to detail fosters an inclusive environment while still maintaining safety standards.

Reduced Maintenance Needs: Investing in high-quality door closers often results in lower maintenance costs over time. Reliable models require less frequent servicing, which can save building owners both time and money. In contrast, low-quality closers may need regular adjustments, repairs or replacements, leading to increased operational and product lifetime costs.

Cost Savings in the Long Run: While the initial investment in quality door closers may be higher, the long-term benefits outweigh the costs. Enhanced safety, reduced liability, and lower maintenance needs all contribute to a more cost-effective solution over the lifespan of the door and its hardware.

The GEZE UK Solution

GEZE UK is a world leading provider of state-of-the-art door and window control systems, offering an extensive range of door closer systems suitable for manual and fire protection doors to support preventive fire protection. Whatever your needs, GEZE UK offers comprehensive support to meet the demands of your construction projects, delivering solutions that seamlessly combine functionality, safety, comfort, and design. With the growing complexity of construction due to new regulations and cutting-edge technologies, we are here to guide you. We offer personalised consultation throughout every phase of your project, providing you with the essential product information and efficient tools to ensure success.

CPD Presentation

If you are interested in learning more, GEZE offers a CPD presentation on “Specifying, installing and maintaining ironmongery for fire doors”.

To find out more and book a space, visit: Trainings and seminars (CPD) | GEZE

For any general enquires, please contact us via our website or email:

Website: Contact | GEZE

Email: info.uk@geze.com

EUROCELL AND TREMCO CPG: PIONEERING A NEW ERA IN AIRTIGHTNESS AND WEATHER RESISTANCE FOR MODERN BUILDING FACADES

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

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Addressing industry challenges
Eurocell, renowned for its high performing Modus and Logik window and door systems, partnered with illbruck (a brand of Tremco CPG UK) to tackle a crucial, underestimated installation challenge – the “integration junction.” This critical connection between window systems and building facades plays a vital role in a building’s thermal efficiency and long-term durability, especially under extreme weather conditions.

Together, they set out to develop a high-performance, resilient solution that would redefine industry standards for commercial buildings. By integrating Eurocell’s certified window systems with illbruck’s leading-edge sealing solutions, this collaboration promises to transform how commercial facades withstand the elements.

Collaborative problem-solving
Leveraging combined expertise, Eurocell and illbruck aimed to set a new benchmark for resilience and energy efficiency. By pairing Eurocell’s Modus and Logik systems with illbruck’s advanced i3 sealing solutions, they created a seamless, high-durability connection that not only meets but exceeds European standards for air permeability and water tightness.

This breakthrough solution anticipates the stricter requirements of future regulations, setting the stage for a new standard in commercial building façades.

Unmatched testing and validation
In August 2024, Eurocell and illbruck put their collaborative solution to the test in Tremco CPG Europe’s state-of-the-art research facility in Bavaria, Germany. By installing the systems within concrete frames, they replicated real-world conditions to validate durability and resilience.

Rigorous testing in line with EN 1026 (air permeability) and EN 1027 (watertightness) examined the critical window-to-wall junction as well as the full system, proving this solution’s capability to withstand the demands of real-world application.

Exceeding industry standards
The results demonstrate a solution that outperforms expectations, providing builders and developers with unmatched peace of mind – the results included;

  • Driving rain resistance: Withstood driving rain at 600 Pa, delivering robust protection against water ingress in extreme weather.
  • Airtightness: Achieved an impressive airtightness rating of <0.1 m³/(m·h·daPa²/³), meeting Class 4 under the UK’s BS EN 12207:2016 standard.
  • Thermal efficiency: Enhanced integration with Tremco’s sealing solutions minimised air infiltration, raising the bar for energy performance in commercial facades.

This solution not only addresses current needs but anticipates future demands, ensuring high resilience and superior energy performance.

A breakthrough full-system solution for diverse applications
The Eurocell and illbruck partnership has produced a comprehensive system that surpasses Building Regulations and Passivhaus standards for air permeability. This adaptable, high-performance solution is suited for various building types, from high-rise developments to commercial projects in harsh weather environments.

By addressing both airtightness and thermal bridging at the junction level, this integration supports sustainable construction goals, reducing energy costs and emissions across the UK.

Industry perspectives
Kelly Hibbert, Head of Commercial at Eurocell, shared her enthusiasm on the outcomes of the work with illbruck:

“Eurocell is committed to advancing a more sustainable construction industry by delivering window systems that meet the demands of a changing world. Working with illbruck has allowed us to create a truly integrated solution that brings lasting benefits to both the industry and building occupants. This partnership exemplifies how we can collectively raise standards and provide innovative products that balance performance with environmental responsibility.

“Through this collaboration, we are better equipped to support builders and developers with high-performance solutions that contribute to the efficiency and sustainability of their projects, from insulation to carbon reduction. It’s a project that speaks to our shared vision for a more resilient, energy-efficient future in the built environment.”

Similarly, Steve Wild – Technical consultant. at Tremco CPG added:

“The i3 system optimises both airtightness and thermal insulation, enhancing building resilience and energy efficiency. Partnering with Eurocell reflects our dedication to pioneering standards and providing builders with an integrated, top-tier solution for today’s construction challenges.

“Together, we’re delivering solutions that make it simpler for the industry to adopt practices that reduce energy use and operational costs. This collaboration stands out as an example of our commitment to sustainable growth, giving construction professionals access to advanced materials that are also practical and cost-effective.”

 For more information on how Eurocell can assist you in delivering your next project, please contact the team commercialsales.profiles@eurocell.co.uk.

CORDEK EXPANDS ITS PORTFOLIO WITH NEW ENGINEERED WOOD CAPABILITIES

Building Products Index Ltd engineered wood, Formwork Solutions Leave a Comment

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Cordek, the leading bespoke formwork solutions provider, has expanded and diversified its offer, after acquiring the assets of Cambian Engineering Solutions. The strategic move also sees members from the engineered wood specialist join together with the Cordek team, bringing with them decades of experience in delivering unique and innovative wood structures.

Cordek is well known for its bespoke Expanded Polystyrene (EPS), model board and Glass Reinforced Plastic (GRP) Infrastructure and Superstructure formwork, as well as patterns and moulds for off-site construction. Now, with the addition of engineered wood to its portfolio, Cordek can deliver integrated and optimised solutions, utilising the best possible materials for every application. This will also provide customers with the benefits of a single source of supply for bespoke formwork, patterns and moulds as well as finished architectural features in engineered wood.

The acquisition will also complement and strengthen Cordek’s existing Computer Aided Design (CAD) and Computer Aided Manufacture (CAM) capabilities to efficiently deliver everything from simple components to complex assemblies, based on the requirements of the project. Early engagement with the Cordek design team will help to ensure the delivery of innovative architectural concepts in an efficient and cost-effective way.

Piers Chapman, Managing Director at Cambian Engineering Solutions, who has joined Cordek as Head of Design said: “I am delighted to be working with Cordek. Through our combined specialisms and capabilities, we are now ideally positioned in the market to take on more complex and large-scale projects.”

Stephen Hearn, Managing Director at Cordek added: “For over 40 years we have supported construction projects with a variety of innovative solutions. More recently, the demands for bespoke formwork and patterns and moulds have grown in scale and complexity. As such, bringing the technical knowledge and machinery from Cambian Engineering Solutions into Cordek expands and enhances our offer. We are delighted to welcome our new colleagues and evolve the business together.”

Furthermore, Cordek has always prioritised sustainability and the responsible use of materials. The move into engineered wood, facilitated by the acquisition, will allow greater scope to help customers to meet their sustainable goals through the use of the most appropriate and environmentally responsible solutions.

To find out more about Cordek and its services, visit www.cordek.com.

AKW Launches Water Saving Mixer Shower Models

Building Products Index Ltd Bathroom Accessibility solutions, Bathrooms Leave a Comment

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AKW, one of the UK’s leading providers of accessibility solutions, has extended its range of electric mixer showers to include flow limited versions of its popular Arka Cool Touch, Arka Thermostatic and Vettora showers. These WRAS approved additions to the range now give specifiers, installers and end users the ability to achieve impressive water savings, as well as to continue to promote safe, reliable showering.

These AKW lower flow mixer showers use between 40% to 69% less water – depending on the unit chosen – than those without a flow limiter. The Vettora, Arka Cool Touch and Arka Thermostatic water saving models have a maximum flow rate of 6 lpm, 6 lpm and 8 lpm respectively, enabling significant water and subsequent cost efficiencies to be achieved.

Stylish, safe, durable and easy-to-use

AKW’s three mixer showers have been designed to be stylish, durable, safe and easy-to-use, and all feature a pre-set maximum temperature of 38°. The Arka Cool Touch TMV2 has two paddle leavers for those with limited dexterity, which independently control temperature and flow, and thanks to innovative technology the valve also remains cool-to-the-touch, while maintaining the required water temperature. The Arka Thermostatic TMV3 is approved for use in commercial care environments and has rounded paddle levers to control the temperature and flow, while the Vettora Thermostatic TMV2 features easy-to-use peg levers for simple operation.

Arka Cool Touch Mixer

Arka Thermostatic Mixer

 

 

 

 

 

 

 

 

 

Stuart Reynolds, Head of Product and Marketing at AKW, comments: “We decided to extend our mixer shower range to include these flow limited models, as we have listened to our customers and know there is significant demand from them for products that can deliver water savings. All three flow limited showers are WRAS approved and are ideal for use by those looking for a durable showering solution that looks good but delivers in terms of its environmental credentials.”

To find out more about the AKW’s flow limited shower options visit www.akw-ltd.co.uk

For more information contact AKW on 01905 823298, Email: sales@akw-ltd.co.uk or visit www.akw-ltd.co.uk  

Discover the Beacon™ Modular Building

Building Products Index Ltd Modular Buildings Leave a Comment

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Glasdon UK Limited are experts in the design, manufacture, delivery, and installation of modular building systems. Customers agree that our Beacon Modular Building is their first choice when it comes to superior accommodation for security, transport, offices, and other specialised applications.

The Beacon is a high-quality preassembled building system and offers all the firmly anchored mainstay features that make our building & housing products our customers’ go-to building system for a range of diverse needs and requirements. Suitable for 24/7 working environments, such as gatehouses, receptions, toll booths, vehicle checkpoints, staff offices, security and control centres, and much more.

It comes in 17 size configurations and two standard colours, natural anodised aluminium and anthracite grey. Assembled from a combination of thermally broken aluminium alloy extrusions, composite floor and wall panels, fixed glazing, and proprietary aluminium framed window and door systems, the Beacon’s framework is further complemented by an aluminium fascia system that has been designed together with a SIP (Structurally Insulated Panel) roof system, to achieve improved thermal performance.

The Beacon also features an external steel finish that is weather-resistant and pre-finished. This helps insulate the composite wall panels. All windows and doors are double-glazed as standard, and an insulated composite floor panel on a preservative-treated timber plinth with a vapour barrier further adds to the Beacon’s thermally efficient design.

Its excellent levels of insulation allow for minimal heat loss in colder weather, and less heat gain during warmer seasons.

Our Beacon remains competitively priced and highly adaptable, offering up to 16 wall panel configurations including blank walls and glazed doors, as well as bespoke internal layouts thanks to a variety of interior options, from electrics all the way to sanitaryware. Further options, such as anti-sun solar control glass, air conditioning packages (HVAC), exterior lighting, canopies and non-standard finishes (available at an extra cost) add to the Beacon’s customisability.

For more information on our Beacon modular building, view our full listing.

The Honeywell Self-Test Revolution

Building Products Index Ltd Fire Protection Leave a Comment

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How is Honeywell revolutionising fire system testing and maintenance with innovative technology?

Building developers and building owners face many responsibilities and challenges when it comes to fire safety, particularly in multi-occupied settings. Advancements in fire safety technology are constantly evolving to meet these challenges and Honeywell Self-Test is the ground-breaking innovation that is revolutionising fire system maintenance.

In complex buildings and facilities, how can you prove that your fire system is compliant and that every single detector has been functionally tested, even in lift shafts, stairwells, and inaccessible rooms?

Traditional fire testing with a smoke pole and cup can be labor-intensive, while fire maintenance frequently disrupts daytime operations or incurs costly out-of-hours activities. Both scenarios are prone to inaccuracies due to access issues in complex buildings and the requirement to isolate the fire panel during testing, introducing additional risk.

Self-Test automates fire system maintenance and does not require physical access to locked rooms to perform functional fire tests. Self-Test eliminates the need for ladders, scaffolding, and scissor lifts to reach hard-to-access detectors, avoiding potential safety hazards, and reduces the need for out-of-hours testing. By automating functional fire testing, competent engineers can focus more time on thorough visual inspections to remain compliant.

How does Honeywell Self-Test work?

Self-Test detectors feature an internal module that generates smoke, allowing for functional testing of the optical sensor. A small fan expels the smoke through designated entry points, ensuring unobstructed detection in the event of a real fire. Additionally, the system includes an internal thermistor for safe heat sensor testing.

With the integration of an internal Bluetooth Low Energy Emitter (BLE), detectors seamlessly connect to a mobile app, enabling engineers to efficiently locate and inspect devices throughout a building while ensuring a discreet and non-invasive on-site presence.

With Self-Test, building owners can now prove that their fire detection systems undergo multiple tests a year, exceeding the prescribed once-a-year testing requirement by British Standard BS 5839-1.

The intuitive Honeywell Connected Life Safety Services (CLSS) app offers a wide range of testing options tailored to specific building needs, emphasising efficiency and speed. Capture essential events, test results, and visual inspection information – enabling engineers to identify necessary corrective actions more effectively.

Traditionally, fire testing documentation relied on printed results, leaving room for dispute. The CLSS app captures all Self-Test activities, including the manual testing and visual inspection commentary with accompanying photographs. CLSS also records daily events, creating a comprehensive digital logbook stored securely in the cloud. This digital logbook ensures no information is lost, providing invaluable historical records for fault investigation and false alarm analysis.

DID YOU KNOW?

Self-Test is capable of functionally testing any size fire system in 35 minutes or less

Paving the way for digital transformation

As the sector continues to evolve, the need for digital solutions and streamlined fire safety maintenance processes increases. Honeywell’s Self-Test technology represents a forward-looking approach to fire safety, offering a future-proof solution for maintaining compliance and ensuring life safety in commercial and institutional settings.

Find out more: https://buildings.honeywell.com/gb/en/brands/our-brands/gent/solutions/gent-self-test

Why do some cylinders have a reputation for quality and others not?

Building Products Index Ltd Heating, Hot Water Cylinders Leave a Comment

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On the surface two hot water cylinders may appear virtually identical – maybe a small variation in the sizes available, or minor difference in the standing loss that’s negligible when looked at annually. So what makes some cylinders stand out and be perceived as higher quality than their competitors?

The reality is there are several factors that contribute to the overall quality of a cylinder and these split out between physical attributes of the cylinder such as material specification and design dimensions, and process related factors such as, variations in welding techniques or treatments and checks the cylinders go through in production, as well as the stringency to which these controls are applied.

The fact is there can be several subtle variations in the processes used by different manufacturers, that collectively can contribute to a significant variation in the quality and reliability of the finished product.

Kingspan Cylinders, who have been manufacturing water heaters since 1904, understand that an unvented cylinder is far more than the sum of its parts.

It requires the perfect alignment of premium raw materials and components combined with precise manufacturing processes.

Here are just some key factors to consider that make Kingspan’s Albion and Range Tribune cylinders stand out that you should know before choosing the next cylinder for your project:

  • The type of and grade of steel used in the cylinder
  • If the cylinder joints have been welded using oxygen-purged techniques
  • If pickling has been used to clean the cylinder
  • How the cylinder has been quality tested
  • If the cylinder coil design enables optimum performance
  • Designs that make cylinders easier to install, i.e. internal expansion, pre-plumbed models, cylinders with build-in buffer tank etc.

High-quality raw materials alone can’t guarantee a durable cylinder. That’s why Kingspan implements comprehensive controls throughout the manufacturing process to ensure every cylinder meets the highest standards. This includes thorough incoming goods certification and inspection, regular calibration of machines and systems, and 100% testing of every cylinder during production.

If you’re considering a lower cost hot water cylinder for your next project, ask yourself: “Why is it cheaper?” Has it undergone all the essential quality assurance stages that Kingspan’s cylinders go through? Were these stages applied thoroughly? Are the raw materials of the same high specification? Is the manufacturer using the right combination of all these factors?

Kingspan goes to great lengths to combine high-quality raw materials with strict manufacturing processes and advanced product design for one main reason: they understand that responsible specifiers, installers and homeowners recognise the importance and value of quality products, which is especially true for home heating systems that are used daily and need to be durable for decades to come.

Watch Kingspan’s latest YouTube video here to see for yourself these key points in action!

If you need help and advice with choosing the right hot water cylinder for your next project, contact Kingspan Cylinders team at hotwater@kingspan.com.