Marley launches Edgemere 2.0, the first UK roof tile to use carbon-capture cement technology

Building Products Index Ltd Roofing, Tiles Leave a Comment

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In a first for UK roofing, Edgemere 2.0 combines Marley’s familiar concrete roof tile specification with carbon-capture cement technology and Carbon Bank evidence supplied for every order.

The carbon reduction story behind Edgemere 2.0* begins with the cement. CO₂ from cement production is captured at source, before it enters the atmosphere, and permanently stored beneath the seabed. The carbon reduction is then recorded in the publicly available Carbon Bank, which allocates captured and stored CO₂ reductions to specific Edgemere 2.0 orders, with full end-to-end traceability through an Environmental Attribute Certificate (EAC).

The launch responds to a market in which embodied-carbon evidence is moving from optional to expected. For the public sector and increasingly housing providers, product-level carbon evidence is becoming part of the specification process.

Sustainability leads, along with quantity surveyors and architects, are frequently asked to produce verifiable, product-level carbon evidence and do so without redrawing details or rewriting specifications.

Edgemere 2.0 expands the Edgemere range by offering a low carbon option with a Global Warming Potential (GWP Fossil) of just 1.86kg CO2e per m² from cradle to gate, whilst retaining the familiar thin leading edge, technical performance and dimensions of Edgemere together with a Green Guide A+ rating and BES 6001 Excellent certification.

The change is behind the tile: in the cement production process and the addition of verified, order-specific documentation. The Carbon Bank allocates reductions from actual captured and stored CO₂, to specific Edgemere 2.0 orders, with ownership of the EAC transferring to the final customer.

“Edgemere 2.0 is a significant step forward for Marley and for the roofing industry,” said Stuart Nicholson, Managing Director at Marley. “By introducing the UK’s first concrete roof tile to use carbon-capture cement technology, we’re supporting the industry’s transition to lower-carbon construction, with a documented carbon-evidence trail supplied for every Edgemere 2.0 order.”

Edgemere 2.0 is available in Smooth Grey. For more information, or to discuss your next project with one of our specification experts, visit www.marley.co.uk/Edgemere2

About the carbon evidence and end-to-end traceability

*Edgemere 2.0 is supported by Heidelberg Materials’ evoZero® carbon captured near-zero cement, enabled through the first carbon capture facility at its cement works in Brevik, Norway. To avoid the transport emissions that would be incurred by shipping from Brevik, Edgemere 2.0 CO₂ reduction can be transferred and attributed to locally sourced Heidelberg Materials cement.

A Carbon Bank withdrawal is made to reduce the corresponding Global Warming Potential (GWP Fossil) of the locally produced UK cement to zero.  The carbon reduction is recorded in Heidelberg Materials’ publicly available Carbon Bank, which allocates captured and stored CO₂ reductions to each specific Edgemere 2.0 order, with full end-to-end traceability through an Environmental Attribute Certificate (EAC).

Why More Architects Are Choosing the ProWall Helping Hand Steel Frame System

Building Products Index Ltd Render, Render Systems Leave a Comment

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Finding a  that ticks every box isn’t easy. Fire compliance, thermal performance, moisture management, durability, aesthetics and technical support all need to come together in one solution.

That’s exactly why more architects, façade consultants and contractors are specifying the ProWall Helping Hand Steel Frame System.

Developed by SAS Europe, ProWall combines the clean, contemporary appearance of a rendered façade with the proven performance of a fully ventilated rainscreen system. The result is a façade that’s built to perform for decades while meeting the demands of modern construction. Unlike any other manufacturer, SAS provides every single component along with hands-on technical support from start to finish.

Designed for Today’s Buildings

As Building Regulations continue to evolve, specifying the right external wall system has never been more important.

The ProWall Helping Hand System has been designed with compliance in mind. The complete system achieves an A2-s1,d0 reaction to fire classification, providing specifiers with a non-combustible rendered façade solution suitable for a wide range of residential, commercial and public sector projects.

Unlike many traditional render systems that rely on combustible insulation or direct-fixed construction methods, ProWall is built around ventilated rainscreen principles, helping to deliver both improved fire performance and long-term durability.

The Benefits of a Ventilated Rainscreen

One of the biggest advantages of the ProWall system is what you don’t see.

Behind the finished render sits a continuous ventilated cavity created using an aluminium Helping Hand support system. This allows any moisture that finds its way behind the façade to drain and evaporate naturally, reducing the risk of trapped moisture and helping to protect the building structure over the long term.

For architects and developers, that means greater confidence in the overall performance of the building envelope.

Built Around Proven Helping Hand Technology

Helping Hand bracket systems have become the preferred choice for many modern façade projects, particularly on steel frame construction.

The adjustable aluminium brackets make it easier to achieve perfectly aligned façades, even where the substrate isn’t completely true. They also minimise thermal bridging through thermally isolated fixing points while allowing insulation to be installed continuously across the building.

The result is a system that’s quicker to install, easier to detail and designed to deliver excellent thermal performance.

Fire Performance Without Compromise

Fire safety is no longer simply a design consideration – it’s a project requirement.

ProWall has been developed using carefully selected non-combustible components to achieve an A2-s1,d0 fire classification in accordance with EN 13501-1.

For architects working on schools, apartment buildings, hotels or commercial developments, this provides reassurance that the façade system has been designed with modern fire performance standards at its core.

A Render Finish That Lasts

Performance doesn’t stop beneath the surface.

The ProWall system is finished with high-performance silicone render, offering outstanding weather resistance, excellent vapour permeability and long-lasting colour stability.

Its hydrophobic finish helps rainwater wash dirt from the surface naturally, reducing staining and keeping façades looking cleaner for longer with minimal maintenance.

More Than Just a Product

Choosing a façade system is about more than selecting materials.

At SAS Europe, every ProWall project is backed by a dedicated technical team that supports customers from initial specification through to project completion.

Whether it’s U-value calculations, CAD details, installer guidance or on-site inspections, we’re there to help at every stage.

It’s this level of support that gives architects and contractors the confidence to specify ProWall time and time again.

Why ProWall?

There are plenty of render systems on the market, but very few combine the appearance of a premium rendered façade with the proven principles of a ventilated rainscreen system.

With an A2-s1,d0 fire classification, excellent thermal performance, effective moisture management and compatibility with industry-leading Helping Hand support systems, ProWall offers a complete solution for modern steel frame construction.

Add in expert technical support, comprehensive project assistance and the quality that SAS Europe is known for, and it’s easy to see why ProWall is becoming the preferred choice for architects across the UK.

When performance matters just as much as appearance, ProWall delivers both. The ProWall system has a BBA-assessed service life in excess of 30 years, which can be extended to up to 60 years where an appropriate inspection and maintenance programme is followed. The system has also achieved approval with major warranty providers, including Premier Guarantee and LABC Warranty, providing additional confidence for developers and homeowners.

Ready to Specify ProWall?

Whether you’re designing a new steel frame development, refurbishing an existing building or looking for a fully compliant rendered rainscreen solution, our technical team is here to help.

We’ll work with you from concept through to completion.

Get in touch today to discuss your next project or request a copy of the ProWall Technical Manual.

Call: 01647 24620
Email: sales@sas-europe.com

New FreeDeck Pro supports specifiers with A15 load rating for projects with public-access

Building Products Index Ltd Building Drainage, Drainage, Uncategorized Leave a Comment

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To help specifiers and architects working on buildings with balconies, roof terraces or walkways, ACO Building Drainage has introduced FreeDeck Pro for projects requiring pedestrian load class channels for public-access areas.

Applications include perimeter and threshold installations where drainage needs to direct water away from building edges. These may be balcony and roof-terrace perimeters, walkways using pedestal paving, and transitions including bifold door units. Paving or decking can allow runoff to pass beneath slabs where FreeDeck Pro’s open-sided channel collects it and directs it to a suitable outlet.

Unlike enclosed threshold drains, which receive water through a top grate, FreeDeck Pro takes water from multiple directions, allowing it to guide runoff through slabs and ballast, as well as directing sub-surface water downstream.

FreeDeck Pro has two depths– both of which meet A15 load class requirements suitable for pedestrian areas and is the recognised safety benchmark for specifying channels in public-access settings.

Erik Mul, Product Manager at ACO Building Drainage, said: “The challenge of directing runoff safely while maintaining clean and pleasing settings is a challenge that architects and specifiers have to tackle long before plans are realised. FreeDeck Pro is a significant step forward in balcony and terrace drainage as its A15 rating ensures it is safe for foot traffic as well as wheelchairs and prams, while multiple inlets allow for effective drainage.

“We’ve thoroughly tested FreeDeck Pro to ensure it complies with BS EN 1433 so specifiers and architects can have peace of mind that their projects meet all relevant requirements and uphold high safety standards.”

To find out more on the FreeDeck Pro, see ACO.co.uk.

GEZE UK Shortlisted in 11 Categories at the National Fenestration Awards 2026

Building Products Index Ltd Automated systems, Automatic door system, Automatic Window systems Leave a Comment

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GEZE UK is proud to announce that it has been shortlisted across an impressive range of categories at the prestigious National Fenestration Awards 2026, recognising both individual excellence and product innovation across the business.

GEZE UK has received nominations spanning sales, customer service, leadership, and technical innovation, highlighting the strength and depth of talent within the organisation, as well as our continued commitment to delivering high-quality solutions for the built environment.

The full list of categories GEZE UK has been nominated for are:

  • BDM/Sales Executive of the Year – Andy Iredale, GEZE UK
  • Customer Service / Operations Person Of The Year – Tracey Hickling, GEZE UK
  • Customer Service Company of the Year  – GEZE UK
  • Managing Director/Director Of The Year – Kaz Spiewakowski, GEZE UK
  • Door Component Of The Year – UFO NT, GEZE UK
  • Fire Door Product of the Year – Slimdrive EMD-F, GEZE UK
  • Hardware Company Of The Year – GEZE UK
  • New Product Of The Year – MCRdrive, GEZE UK
  • Office Manager Of The Year – Tracy Mason, GEZE UK
  • Window Component Of The Year  – myGEZE Control, GEZE UK
  • Young Person Of The Year – Hope Kendall, GEZE UK

How to Support GEZE UK

The process is simple, simply visit the official National Fenestration Awards website, enter your details and select the dropdown for each respective award and press submit.

We appreciate all the support.

[VOTE FOR GEZE UK]

About the National Fenestration Awards

The National Fenestration Awards are widely regarded as one of the industry’s most respected accolades, celebrating the very best in the UK’s window, door, and glazing sector. Winners are determined by industry votes, making these shortlistings especially meaningful as they reflect recognition from peers and customers alike.

GEZE UK extends its congratulations to all fellow finalists and looks forward to the awards ceremony later this year.

The importance of choosing a fire alarm cable that complies with the BS 5839 standard (with the benefits of TOXFREE®)

Building Products Index Ltd Fire alarm Cables, Fire Protection Leave a Comment

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All UK public and commercial buildings must have a method of detecting fires and alerting people on-site. Choosing the best fire alarm cable for BS 5839 compliance -and EN 50525- means integrating standards, performance, and safety. This cable is designed to comply with the regulations of Fire Detection and Alarm systems, and it is highly recommended to be installed in public places such as hospitals, datacentres, airports, high rise buildings and similar. 

What is a fire alarm cable?   

Fire alarm cables are specially designed for fire alarms and safety systems. These systems safeguard buildings by constantly monitoring for fire risks, ensuring rapid alerts so people can act quickly in a fire emergency.

The fire alarm cable reliably transmits signals from sensors and manual pull stations to the control panel and notification devices, enabling fast system response during a fire. These cables typically feature copper conductors with LSZH insulation and fire-retardant outer sheath for fire, toxic gases, smoke, and droplets resistance.

The cable screen ensures reliable signal transmission, which is crucial in critical applications. This screen safeguards against EMI and RFI, making these conductors ideal for environments where electronic interference is prevalent.

What are the types of fire alarm cables? 

For fire alarm systems, you can select between standard fire alarm cable and enhanced fire-resistant cable, both designed for compliance with relevant safety standards. The choice depends on specific application needs and the required level of circuit integrity during a fire event.

Used mostly in low-voltage settings, fire alarm cables are often supplied as two-core cables, with popular sizes including 2×1,5 mm2 and 2×2,5 mm2. Distinct red insulation helps easy identification and compliant installation.

Fire alarm cables: a comparison table

Each fire alarm cable in this comparison table will help you select the optimal solution for your safety requirements.

TOXFREE® FIRE ALARMS
Z1OZ1-K
TOXFREE® FIRE ALARMS
Z1OZ1-KZ1OZ1-K (AS+)
Enhanced Fire-Resistant
Typical standard fire
alarm cable
Compliance BS 5839, EN 50575,
CPR Cca
BS 5839, EN 50575,
CPR Cca
BS 5839, lower CPR
Voltage rating 300/500 V 300/500 V 300/500 V
Fire grade Standard Enhanced (PH120) Standard
Smoke/Acidity/Droplets / light transmittance LSZH: Cca s1a, d1, a1
Light transmittance >80%
LSZH: Cca s1a, d1, a1
Light transmittance >80%
Basic LSZH or PVC
Cable conductor Copper Class 5 ( flexible) Copper Class 5 ( flexible) Copper Class 2
Copper Class 5 (flexible)
Cable insulation LSZH special polyolefin Mica tape + LSZH special polyolefin PVC or LSZH insulation
Cable screen Overlapping aluminium polyester tape screen 100% coverage + tinned copper drain wire Overlapping aluminium polyester tape screen 100% coverage + tinned copper drain wire Sometimes none
Cable outer sheath LSZH fire retardant polyolefin LSZH fire retardant polyolefin PVC or LSZH outer sheath
Cable  colour Red Red Red or white
Mínimum bending radius 10x cable diameter 10x cable diameter 6x cable diameter
Max Temp 70°C operation, 160°C short-circuit, -40º minimum service 70°C operation, 160°C short-circuit, -40º minimum service 70°C operation
Special Benefits Flexible, easy to install, EMI interference, meter marking Fire resistant cable, flexible, easy to install, EMI interference, meter marking Basic compliance
Application Fire alarms/detection Emergency circuits, high-risk
Fire alarms/detection
Fire alarms/detection

How to choose the right fire alarm cable?

Consider cable specifications based on the requirements of the fire alarm system, including: conductor size, insulation, screen and outher sheath (PVC or LSZH), fire resistance CPR rating and the cable flexibility, specially in tight spaces. Lastly, ensure that the cable meets relevant testing and certification standards.

Cable selection checklist

  • Select cable with certified LSZH insulation and outer sheath.
  • Confirm CPR rating (minimum Cca-s1a, d1, a1).
  • Check conductor size (minimum 2 mm² copper, preferably class 5 flexible for easy installation).
  • Choose fire-resistant enhanced grade for hospitals, data centres, airports, multi-storey, or phased evacuation buildings.
  • Use screened cable for signal reliability.
  • Only install with certified fire-resistant supports/junction boxes.
  • Keep fire alarm cable segregated from non-fire alarm circuits.
  • Ensure meter-by-meter marking for traceability.

Top cable, the best manufacturer and supplier for fire alarm cables

If you want to achieve the long-term performance of your alarm systems with reliable fire alarm cables, Top Cable is your preferred choice.

Contact Top Cable today for a Request for Quote for TOXFREE® FIRE ALARMS Z1OZ1-K or Fire-resistant  TOXFREE® FIRE ALARMS Z1OZ1-K (AS+) cable.

Rainscreen Façade – Principles & Design CPD

Building Products Index Ltd Cladding, Rainscreen Cladding Leave a Comment

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Our engaging and informative RIBA accredited CPD seminar covers the design, principles and benefits of specifying rainscreen façades.

During your CPD you will learn:

  • Benefits to the building
  • Fixing methods
  • Façade support options 
  • Typical details e.g. panel layout and joints
  • Standards and conformity

Attendees of the presentation will be sent a CPD RIBA Certificate. Complete the form here Request a CPD – EQUITONE

Please note this CPD seminar is open to UK practices only.

Valuable Insights to Flood Risks in Basements

Building Products Index Ltd Membranes, Waterproof Membranes, waterproofing Leave a Comment

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Flood risks are not always a primary concern during the design process of waterproofing below-ground structures.  Designers often focus on other aspects, overlooking the potential hazards associated with flood risk.  However, considering flood risks from the outset is crucial for ensuring the long-term safety of occupants and durability of these spaces.

Kevin Dodds, Managing Director at Delta Membrane Systems Limited, provides guidance on the essential considerations to reducing risks in below ground structures.

Flood Risks in Basements?

Basements are highly susceptible to flooding because of their below-ground location. Recognising the potential dangers of water entering these spaces is crucial when planning or maintaining a basement.  It is important to evaluate the likelihood of a flood event, which can occur due to heavy rainfall, increased groundwater levels, or other local flooding events. Addressing these risks can help prevent costly water damage, structural problems, and health issues.

Safety First – Means of Escape

A “means of escape” from a basement is a safe and unobstructed route that allows occupants to leave the building and reach a place of safety in an emergency (for example, fire).  In England, the Building Regulations guidance in Approved Document B sets out requirements for escape from habitable basement rooms, which typically must be served by an appropriate protected escape route and/or a suitable emergency egress window or door, depending on the specific layout and fire strategy.

In a flood, however, the usual route of escape via the staircase may be cut off, preventing occupants from reaching safety above ground.

Where flood risk is credible, consider another way out/means as escape such as a secondary exit at a higher level or a suitably designed emergency egress window/lightwell. Plan for situations where escape isn’t immediately possible: A managed place of refuge with a means of communication may be appropriate, aligned with the building’s overall fire and flood strategy.

Practical Tips for Mitigating Flood Risks

To reduce the chances of basement flooding, implement appropriate PFR (Property Flood Resilience) measures.

Routine inspections and maintenance of drainage systems, sump pumps and take steps to ensure that waterproofing protection system is suitably maintained can significantly lower the risk of water entry into a property. Use of monitoring systems on pump stations for surface water and ground water can provide early warning of increased risk of flooding and ensure appropriate actions can be taken prior to a flood event.

It should be recognised that it is not always appropriate to apply every possible property flood resilience (PFR) measure to a building. For example, where hydrostatic pressure during a flood could place the structure at risk, a controlled water-entry strategy may be preferable to full water exclusion.

Designers can influence flood performance at a variety of scales, from site planning through to component specification. It is vital that designers understand the range of strategies available to improve a structure’s flood resilience. Effective flood-resilient design can reduce exposure and vulnerability, limit damage, and support quicker recovery after a flood event. In practice, the strongest approaches is to plan for both water exclusion and managed water entry, depending on risk and context. The most cost-effective way to improve resilience is to implement appropriate measures as early as possible in the design process.

Flood Risk Assessment for Basements

Assessing site-specific flood risk is a critical early step in developing an effective design strategy.

Basements are particularly vulnerable to flooding due to their below-ground level position. When planning or maintaining basement spaces, it is essential to carefully assess potential flood risks. This includes evaluating the likelihood of water ingress during heavy rainfall, rising groundwater levels, or other local flooding events. Attention to these risks can help prevent water damage, structural issues, and potential health hazards.

The designer’s philosophy should set out what the PFR measures are intended to achieve and the principles that will guide the approach. A thorough risk assessment and a clear, robust design philosophy are essential when specifying a continuous system, as they will influence not only how the system is detailed and installed, but also the inspection, maintenance and any future repair or alteration requirements that ultimately affect the property owner.

Flood-resilient design should be viewed as an opportunity for joined-up thinking to develop better, more integrated solutions. There is no one-size-fits-all approach to successful PFR: each type of flood event has distinct characteristics that influence the suitability of the chosen strategy.  A suitable solution should reflect the building type and materials, ground conditions, conservation requirements and property owner needs.

Always Happy to Help

We offer expert waterproofing/PFR design and manufacturing collaboration, with PI insurance covering all design support and construction of our protection systems. Our installations are guaranteed and backed by a nationwide network of Delta Registered Installers.

Delta’s Technical Team provides timely advice and support for your project needs. Contact us at 01992 523 523 or info@deltamembranes.com.

Cedral fibre cement facades for design, resilience and futureproofing

Building Products Index Ltd Cladding Leave a Comment

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We anticipate that advancements in sustainable construction will continue at a rapid pace, transforming home design.

Cedral’s survey of 250 architects and installers for its recent White paper, ‘Building the Future’ examines how the increasing focus on sustainability and climate resilience has brought about a shift towards eco-friendly materials. The majority (96%) of respondents say climate change is affecting facade design and specification choices in one or more ways. Nearly a third of the architects say they anticipate more retrofit projects over the next three years.

The study also reports on the rise of durable, non-combustible cladding to enhance energy efficiency and climate resilience. Upgrading tired timber facades to fibre cement cladding is becoming an increasingly common retrofit choice across the UK. Retrofitting from timber to fibre cement is more than a cosmetic upgrade. Cladding can preserve the life of older buildings by providing a stylish contemporary update for unsightly faded paintwork or render. A ventilated facade, where the cladding doesn’t sit directly against the insulation, improves energy efficiency, enabling the rapid drying of external walls, reducing condensation and humidity.  Download the full report here

Why choose Cedral

Sustainable building products are more important than ever for as architects and developers seek to ensure that their projects are responsibly designed, resourced and built. The innovations in fibre cement technology are creating high performing materials which are lighter, thinner and ultimately stronger. Fibre cement which is made of cement, water, cellulose, textile fibres and air can help improve circularity and carbonation impact. A strong, versatile and sustainable material, it uses fewer raw materials and less energy in its manufacture and produces less waste than some traditional building materials.

Cedral, part of Etex, has a deep-rooted history and heritage of over 100 years’ experience, perfecting the manufacturing of fibre cement building materials.

Cedral is committed to continuously improving existing materials and to driving innovation. Whether it’s for a new build or a renovation project, Cedral has a range of products for facades and roofs of exceptional quality and high performance.

Features of Cedral include:

  • Fire Performance Classification: Cedral products are Class 0 and EN 13501-1 fire performance classified to A2-s1, d0 which is one of the best classification ratings that can be achieved.
  • Low maintenance, resistant to rot and warping: Fibre cement doesn’t rot or rust and lasts longer than traditional cladding materials. Thanks to its thermal stability it will not warp or crack under high temperatures.
  • Stands up to the harshest weather conditions: Fibre cement can withstand severe frosts, torrential rain, high heat and direct sunlight and has a minimum life expectancy of 50 years.
  • Light-weight building material: With the layered production and fibre matrix supporting the cement, fibre cement roof tiles are thinner than concrete, but have the same performance benefits.
  • Style and creativity for a home’s exterior: Cedral cladding is available in a wide variety of finishes and colour choices. Boards can be mounted vertically or horizontally to create a contemporary aesthetic or a more traditional look.

Visit our website for more information

Fire Safety Without Compromise: Why Mineral Paints Are Becoming Essential in Modern UK Construction

Building Products Index Ltd Paint Leave a Comment

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As fire safety continues to shape the specification of building materials across the UK, architects, contractors, and building owners are increasingly looking beyond structural components to ensure every element of the building envelope contributes to occupant safety. One area receiving greater attention is decorative coatings, where mineral paint technology is offering significant advantages over conventional organic paint systems.

How is KEIM different?

KEIM Mineral Paints, manufactured using naturally occurring mineral ingredients and silicate technology, provide an inherently non-combustible finish that does not contribute to fire growth. Unlike traditional petrochemical based coatings, mineral paints contain no petrochemical binders that can fuel a fire, making them an increasingly attractive choice for projects where fire performance is a critical specification requirement.

KEIM’s interior and exterior paint systems have been independently tested to the European fire classification standard EN 13501-1 and achieve an A2-s1, d0 classification. This indicates limited combustibility, very limited smoke production and no flaming droplets during fire exposure — key characteristics that help support safer building design. These credentials are essential for residential buildings over 11 metres in height, where external materials are subject to increasingly stringent fire performance requirements in the UK.

However, fire resistance is only one part of the story. KEIM’s mineral paint chemically bonds with mineral substrates through a process known as silicification, creating a finish that becomes an integral part of the surface rather than forming a film. This results in exceptional durability, outstanding colour stability and high resistance to UV degradation, helping to extend redecoration cycles and reduce whole-life costs.

How it works

The paints are highly vapour permeable, allowing buildings to ‘breathe’ naturally while helping to reduce trapped moisture that can contribute to substrate deterioration. Combined with their water-based formulation, absence of solvents and extremely low emissions, KEIM coatings support healthier indoor environments alongside long-term environmental performance.

For specifiers, the combination of verified fire performance, durability and sustainability makes mineral paints an increasingly compelling option across education, healthcare, transport infrastructure, commercial developments and high-rise residential projects. As building regulations continue to evolve, selecting materials that offer proven performance without compromising safety, aesthetics or longevity is becoming more important than ever.

In an industry where every specification decision matters, fire-resistant mineral paints are demonstrating that decorative finishes can play a valuable role in delivering safer, more resilient buildings.

Advantages of KEIM mineral paints and renders;

  • Environmentally friendly ISO 14001
  • High vapour permeability
  • Provides durable, colour stable protection
  • Fire resistant to A2- s1, d0
  • UV stable
  • Increases light reflectivity

What we recommend

Before you start your next painting project, take a moment to read the product label and safety data sheets. They contain essential information about technical performance, ingredients, application guidance, and fire resistance, helping you choose the right product for your project. Understanding what’s in your paint and how it performs ensures better results, safer use, and greater confidence that your chosen coating meets the requirements of your project.

Nature Plus and Cradle to Cradle Certified.

Interested to find out more?

View KEIM’s profile on Bpi – https://www.bpindex.co.uk/supplier/4136/keim-mineral-paints-ltd/

Find out more https://www.keim.com/en-gb/company/fire-resistance/

Tel: 01952 231 250

Web:  https://www.keim.com/en-gb/

Email: sales@keimpaints.co.uk.

Social Links:

Instagram https://www.instagram.com/keim_uk/

Pinterest https://in.pinterest.com/KEIMMineralPaints/

LinkedIn https://www.linkedin.com/company/keim-mineral-paints-ltd/

Project examples include:

Holland Park Underground Station, London – KEIM Soldalit

Discover Accord™ – Glasdon’s Latest Specification-Led Building

Building Products Index Ltd Modular Building System, Modular Buildings Leave a Comment

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The new Accord™ Building Module adapts to the customer’s bespoke specification.

Glasdon recently unveiled the latest product in their range of buildings and housings – a customisable building module that delivers the benefits of off-site manufacturing without having to compromise on functionality.

While traditional modular buildings offer some ability to configure, they aren’t always suitable for the specific needs of your site. For some locations, a certain aesthetic or branding may be desired, while in others, an enhanced level of performance is required.

Accord offers customers the flexibility and freedom to configure their building however they like. The building uses a hot-rolled steel structural frame to allow walls to be configured with doors, windows, and openings as required by the function of the building.

Whether that be a security gatehouse with openings for checking ID cards, a tourist point with large welcoming windows, or a retail space with an open storefront, Accord can adapt seamlessly to the customer’s design intent.

Part of that agility is also the wide range of cladding options available. With so many finishes that can be applied to Accord, customers can express full visual control over their building’s exterior, helping them achieve their desired look.

This feature can be used to ensure the building conforms with corporate branding, or blends into the existing aesthetic of a site, or even to make sure it stands out in a high footfall area.

Accord is compact but versatile, with a maximum footprint of 10m x 3.0m. The unit is ideal for any small external functions that require a building, such as retail spaces, pop-up stores, security gatehouses, small office suites, visitor points, or welfare hubs.

To learn more about Accord, or to request a quote, contact Glasdon.