Quelfire’s QuelSelector Version 5 adds whitewall and shaftwall tested details

QuelSelector Version 5 release and scope

Quelfire has released Version 5 of its QuelSelector product selector tool, with the update issued in January 2026.

The QuelSelector was first launched in 2022 to help construction professionals identify appropriate tested solutions.

Version 5 keeps the core functionality of the tool and adopts a refreshed look aligned to updated brand guidelines.

It includes live links to Quelfire’s latest standard installation details.

Tested details added in the updated tool

Version 5 expands the QuelSelector from 60 to 97 pages, reflecting additional tested details and customer feedback.

Twenty-eight pages cover whitewall and sandwich panel details tested in Euroclad and Paroc Panel System.

The update expands the range of tested details, with solutions for whitewall and shaftwall systems.

These include tested solutions for whitewall and sandwich panel systems, covering Euroclad Firemaster and Paroc Panel System AST F, F+, and L.

EI 120 single-side shaftwall details are also included.

Additional content covers partial penetrations, steel profile decks with a steel-lined aperture, putty pads installed in timber stud walls, and expanded head-of-wall seal details.

Organisation, access and quoted comments

Quelfire identified limitations around supporting constructions and the complexity of service penetrations as key challenges affecting project teams.

The QuelSelector V5 is organised first by substrate construction, followed by penetrating services, reflecting typical construction methods.

Live links connect users directly to the digital file, supporting access to the latest installation information.

Craig Wells, Sales Director at Quelfire, said: “Our goal for Version 5 was to provide even more unique tested details and, ultimately, continue to make life easier for our customers.

“While some may see it as just a tool, it really can help save time during the early design and specification stages, reduce non-compliance, and even support Gateway 2 submissions.

“It’s the peace of mind that comes with it – knowing that the systems chosen are supported by tested and certified solutions.”

Quelfire recommends using the QuelSelector during design stages and states that buildings should be designed around standard tested details to support regulatory compliance.

Quelfire said: “Use Version 5 of the QuelSelector today, and don’t hesitate to contact Quelfire with any questions about service presentation sealing.”

IFE and FIA ask industry to share unpublished BS 8414 test reports

BS 8414 test data publication request

The Institution of Fire Engineers (IFE) and the Fire Industry Association (FIA) have called on the fire safety community to help make unpublished BS 8414 fire test data publicly accessible.

The organisations stated that a number of BS 8414 fire tests have been carried out on external wall construction systems, with results remaining outside the public domain.

Many of these tests were commissioned in response to issues identified in real buildings.

These included cases involving missing or poorly installed cavity barriers.

The purpose of the testing was to assess whether such shortcomings present a risk of external fire spread.

Access to this wider body of test data would provide fire engineers with additional evidence when assessing similar construction features or defects.

This would support more informed, evidence-based decision-making across projects involving external wall systems.

Test outcomes would be relevant regardless of whether the system achieved a successful result.

Unpublished reports are currently known only to a limited number of individuals, which limits their use in broader engineering assessments.

How the reports could be shared

The IFE and FIA said they would be willing to provide a platform for publishing test reports, most likely through a publicly accessible website, subject to permission from the organisations that commissioned them.

Reports could be anonymised to remove references to specific buildings or organisations.

The primary purpose would be to improve understanding of how different wall constructions perform in fire conditions.

Anyone aware of relevant BS 8414 fire test reports suitable for publication has been invited to contact the organisations.

All contacts will be treated in confidence, and no report will be published without explicit consent from the commissioning organisation.

Enquiries can be sent to technical@ife.org.uk.

ASFP to establish supported branches in Australia and New Zealand

ASFP franchise agreement for New Zealand and Australia

The Association for Specialist Fire Protection (ASFP) has agreed to grant Paul Ryan the rights to operate fully supported franchise branches in New Zealand and Australia.

The agreement follows a year of consultation between the parties.

The new branches will follow the operational model used in Great Britain and Ireland, adapted for the New Zealand and Australia markets by members of the respective branches.

The arrangement is intended to support stakeholders across the design and construction chain, including principal designers, contractors, engineers, product and certification bodies, installation trades, post occupation service providers carrying out remedial and retrospective work and those signing off completed buildings or works.

Training, technical groups and publication plans

The ASFP confirmed that the branches will provide training courses online, with face-to-face provision planned at a later stage.

There will be a progressive transition of information from the ASFP in Britain to the new branches.

Initial membership uptake is expected to be high, enabling the formation of ASFP Technical Groups (TGs).

This is expected to lead to the adaptation of some of the association’s ‘Colour Book’ publications for the local markets.

Paul Ryan said: “Having spent most of my career in the passive fire protection profession in Britain, the Middle East and finally New Zealand, I know how important passive fire protection is to the overall design and construction application.

“If it’s not designed right, it won’t be procured and installed correctly.

“It has taken a lot of commitment, time and effort to reach this agreement, with a few wobbly moments along the way, but we all wanted the right thing to happen in the right way for the greater good.

“It’s going to be exciting times evolving the ASFP in new markets, but I know I have the full backing and support from the team in Britain.

“This is a great moment for passive fire in New Zealand and Australia, with design, construction, and occupant safety the ultimate winners.”

Mike Ward, Managing Director of the ASFP, said: “This is a monumental moment for the global passive fire protection community.

“Many designers, engineers, principal contractors, testing and certification members, and product manufacturers operate outside of Britain and Ireland.

“By creating a global passive fire community, it supports those members as well as new members who may use those products and services, or have their own.

“It closes the circle of the relationship and creates continuity in the language of best practice.

“We hope to set up additional ASFP branches in other parts of the world, and we truly believe this is just the start.

“Beyond this, we are looking at how ASFP can engage and collaborate with our passive fire peers around the world.

“We may have different standards and code, but best practice is a universal language.”

Sharon McClure of Avesta Scotland, Chair of the ASFP, said: “As Chair of the ASFP, you always want to leave a legacy of your Chair-ship behind.

“The team have worked really hard in bringing this together – the ASFP team and my predecessor Clive Miles can be really proud of themselves as I am of them.

“I am certain there are some great times ahead.”

PPG launches water-based fire protection coating for interior structural steel

Fire protection coating launch for interior structural steelwork

PPG has announced the launch of PPG Steelguard 652, a water-based intumescent fire protection coating for interior general-purpose structural steelwork.

The company said the product is available in North America and is designed for interior structural steelwork.

PPG Steelguard 652 is described as delivering up to two hours of fire protection for cellulosic passive fire protection applications.

The coating has United Laboratories (UL) 263 certification.

PPG also stated that the formulation is waterborne with low volatile organic compounds (VOC).

Features, application and performance claims

PPG described the coating as offering long-term protection and listed up to 20 years of performance.

It also stated that low VOC emissions support efficient trade stacking at complex construction sites.

The company said the product is intended for on-site application using standard passive fire protection (PFP) airless spray equipment.

Richard Mann, PPG global product development director, fire protection, Protective and Marine Coatings, said: “PPG Steelguard 652 coating expands our range of certified solutions for North American projects and reflects our ongoing commitment to fire protection innovation

“It stands out for its innovative fire performance and physical properties, including low certified thickness, high bond strength and high impact resistance, providing lasting durability for up to 20 years.”

PPG said its Protective and Marine Coatings business provides technical support and additional product options for projects.

Building Information Modelling data is shaping door hardware specification, says Consort

Building information modelling requirements and product data

Consort Architectural Hardware Director Daniel May has published commentary on the growing demand for Building Information Modelling (BIM) and its influence on design, specification and compliance processes.

Digital product data is now expected from early-stage design through to compliance, maintenance and product lifecycle management.

Since 2016, UK central government clients have required collaborative digital information management on centrally procured projects, commonly referred to as BIM Level 2.

These requirements are now set out through the UK BIM Framework and BS EN ISO 19650 standards, which expect construction partners to provide accurate, structured and accessible digital information for their products.

How digital workflows are changing specification

Architectural hardware, historically underrepresented in digital planning, is increasingly supported by 3D models, certification and performance data across expanding product libraries.

Project teams are moving away from paper-based resources such as brochures, PDF catalogues and basic CAD line drawings toward integrated digital workflows using platforms including Revit and NBS.

Forthcoming Digital Product Passports (DPP), expected to be mandated by the EU, are likely to further embed this approach.

BIM product data is now being used to support UK Government mandates for digital construction and the ‘Golden Thread of Information’, fire safety regulations that require verifiable product information and sustainability reporting that relies on accessible Environmental Product Declarations (EPDs) and lifecycle data.

Products that cannot be represented accurately in a digital model risk being excluded from project specifications.

Fire doorsets, traceable data and access to files

May’s commentary highlights that door hardware, while a small proportion of overall project value, has an outsized role in safety, performance, accessibility and compliance.

For fire doorsets, the effectiveness of the assembly depends on the performance of individual hardware components.

Within BIM, parametric data attached to items such as door closers can be used to validate fire ratings, confirm accessibility and identify coordination issues with ceilings, frames or other adjacent elements.

The commentary links post-Grenfell regulatory and cultural expectations to a stronger demand for traceable, verified product information, and references Martyn’s Law as an example of emerging legislation likely to shape how public spaces are designed and secured.

BSI opens public consultation on BS 9990 non-automatic firefighting systems in buildings

Non-automatic firefighting systems draft open for comment

A draft update to BS 9990 covering non-automatic firefighting systems in buildings is open for public comment until 5 April 2026.

The British Standards Institution (BSI) is progressing the draft through its FSH/18 Fixed firefighting systems committee.

The draft supersedes BS 9990:2015.

It gives recommendations for non-automatic firefighting systems such as wet and dry fire mains.

It covers good practice affecting their design, installation, testing and maintenance.

It treats the provision of fire mains as an essential element of fire protection in large and complex buildings.

It states that these systems should be maintained so they are ready for use when required.

What non-automatic firefighting systems are

Non-automatic firefighting systems in this standard are fixed systems that require manual use by firefighters rather than automatic activation.

In practice, the draft centres on wet and dry fire mains installed within buildings.

These are permanent pipe systems intended to provide water at upper levels where it may be difficult to supply from outside.

The draft does not include hose reels, foam inlets, automatic foam systems or portable firefighting equipment.

Those areas are covered separately in other British and European standards listed in the scope note.

Timetable and implementation

The Draft for Public Comment will close on 5 April 2026.

Comment resolution is expected to begin in September 2026.

Publication of the final BS 9990 standard is anticipated on 28 October 2026.

The schedule provides a defined consultation period before the standard is finalised for use.

Networking and awards: ASFP’s Intersec Dubai highlights

ASFP commentary on Intersec Dubai

A blog post by Mike Ward sets out how Intersec Dubai featured ASFP member networking and technical sessions.

The Association for Specialist Fire Protection (ASFP) published the reflection from managing director Mike Ward following the three-day event.

Ward described Intersec Dubai as an opportunity for the association and its members to explain what the ASFP does and why it aims to influence professional practice in passive fire protection across design and construction.

He also highlighted presenting an award at the Intersec awards and attending the UK Trade & Industry reception at the British Embassy to represent ASFP members.

Member engagement and the ASFP pavilion

The blog post described the event as a chance for ASFP members to engage with each other, procure products and services and grow their professional network.

Ward wrote that year-on-year growth has increased the size of the ASFP’s membership and increased demand for member networking opportunities.

He said designers, engineers and authorities described the ASFP pavilion as a space for deeper discussions about topics such as future project designs, without what he described as sales pressure at other stands.

Presentations and panels in the Intersec fire theatre

The ASFP commentary described a full day of presentations and panel sessions led by ASFP representatives in the Intersec fire theatre.

Paul McSoley, ASFP Consultant, presented a systematic approach to passive fire design and described how legal duty holders can work collaboratively to manage building risk conditions and arrive at compliant system designs through structured and transparent decision-making.

Andrew Taylor, ASFP’s Head of Technical, examined the relationship between Construction Product Regulations and UK Building Regulations and described how CE and UKCA marking show product performance and compliance within the wider building safety and regulatory context.

The post also described a panel chaired by Taylor and McSoley on improved passive fire protection and building safety, with contributions from Celine Abadie of Jotun, Jamie Rogers of CLM Fireproofing, David Campbell of Emirates Safety Laboratory and Will Cotterill of Fire Compliance Plus.

Further sessions described in the post included a presentation by Hannah Mansell, ASFP Consultant and Fire Door Specialist, on specification, installation and compliance for stakeholders involved in fire door safety management, and a presentation by Kate Milford, ASFP Competence Specialist, on training, third-party certification and competence across design, installation, inspection and maintenance.

The programme also included a panel moderated by Mansell and Milford titled From Laboratory to Lifetime Service: Passive Fire Protection – Competence, Innovation, and Global Accountability, with contributions from Elliott Brown of Fire Door Inspector Inspectors, Campbell and Taylor.

Ward’s post also urged ASFP members to collaborate with the association through exhibitor space or workshops at next year’s show.

BSI report sets out UK fire safety standards work for 2024–2027

Fire safety standards programme report details revisions, plans and committee role

The British Standards Institution has published its first annual overview of how the UK’s fire safety standards programme is being run, what changed in 2024–2025 and what is coming next in 2026–2027.

The document was launched at BSI’s Annual Fire Safety Conference on 29 January 2026. It comes from the Fire and Built Environment Sector Policy and Strategy Committee, known as FSH/0, which sits at the top of BSI’s fire safety standards structure for the built environment.

Rather than being a technical standard itself, the report functions as a map of the standards system. It explains who is involved, how priorities are set, which standards have recently been updated and which major projects are in the pipeline.

BSI frames this annual publication as part of a push for greater transparency, making standards work easier to understand and follow beyond the relatively small circle of people directly involved in committees.

Who FSH/0 is and why it matters

FSH/0 operates at the highest tier of the national standards framework for fire safety. Its remit covers the full life of a building, from design and construction through occupation, management, maintenance and eventual end of life.

In practical terms, this means it looks across everything that touches fire safety in buildings, including fire precautions, fire protection systems and the infrastructure that supports safe evacuation and firefighting.

The committee performs four main roles.

First, it sets strategic priorities for developing new standards and revising existing ones, deciding where effort should be focused.

Second, it carries out horizon scanning, looking ahead at emerging risks that could shape future standards. The report gives examples such as lithium-ion battery fires, new energy systems, increased automation, digital building systems, new construction materials and modern methods of construction.

Third, it coordinates specialist technical committees to reduce duplication and keep different strands of standards work aligned.

Fourth, it provides a national forum where regulators, fire and rescue services, manufacturers, installers, consultants, building owners, academics and professional bodies can contribute to standards development.

In effect, FSH/0 sits between government policy, industry practice and the detailed technical work of standards committees.

Leadership, structure and how the system is organised

FSH/0 is chaired by Aman Sharma MBE. Under his leadership, the report highlights a focus on strengthening the overall standards infrastructure and widening participation, including bringing in early-career professionals and people with expertise in digital and emerging technologies.

The committee oversees around two dozen specialist technical committees. The report names several key examples, including committees covering fire detection and alarms, fire precautions in buildings, hazards to life from fire and fixed firefighting systems.

It also maintains formal links with committees working on related areas such as construction design, digital modelling, accessibility, lifts, furniture flammability, personal protective equipment and explosion safety. FSH/0 works closely with CB/0, BSI’s broader built environment committee.

Day-to-day coordination is supported by a dedicated BSI Standards Committee Manager, and FSH/0 typically meets several times a year to review progress, approve new projects and respond to emerging issues.

Who was around the table in 2024–2025

The report sets out who was represented on FSH/0 during 2024–2025, giving a sense of how broad the committee’s membership is.

Members included the Association for Specialist Fire Protection (ASFP), Euralarm, the Fire Industry Association (FIA), the Health and Safety Executive (HSE), the Institution of Fire Engineers (IFE), the National Fire Chiefs Council (NFCC), Northern Ireland Building Regulations, the Office for Product Safety and Standards (OPSS), the Scottish Fire and Rescue Service and the Scottish Government.

BSI notes that this mix covers fire engineering, manufacturing, installation, maintenance, building design, risk assessment, construction, enforcement and regulatory policy, rather than being dominated by any single perspective.

How the work connects to Grenfell Tower Inquiry Phase 2

A significant strand of recent standards activity is explicitly framed as aligning with recommendations from Phase 2 of the Grenfell Tower Inquiry.

One of the clearest examples is BS 8674:2025, which sets out a framework for the competence of individual fire risk assessors. The report links this to recommendations around clearer competence standards and potential future mandatory accreditation.

The report also highlights work on an amendment to BS 750, the standard for underground fire hydrants. This is described as a direct response to Inquiry Recommendation 40, and aims to clarify when and how flow coefficients should be measured.

More broadly, BSI describes ongoing engagement with government and industry to keep standards aligned with evolving policy in the post-Grenfell landscape.

Relationship with the Building Safety Act and Fire Safety Act

BSI states that its standards work in 2024–2025 has been closely aligned with both the Building Safety Act 2022 and the Fire Safety Act 2021.

The report groups several key documents within this framework: BS 8674:2025 on fire risk assessor competence, BS 9792:2025 on fire risk assessment for housing, PAS 79-1 on non-housing fire risk assessment and PAS 9980 on fire risk appraisal of external walls.

These are presented as tools that support accountable persons, responsible persons and dutyholders in meeting their legal responsibilities.

How BSI has supported understanding and implementation

Beyond writing standards, the report describes a range of activity aimed at helping the sector understand and use them.

BSI Knowledge has published explanatory articles on standards such as BS 9991, BS 8674, BS 5839-1 and BS 5266-1.

The organisation has also run sector briefings and events on topics including construction product regulation, competence and legislative change.

There has been collaboration with bodies such as the Institution of Fire Engineers and the Fire Sector Confederation, particularly around BS 8674.

On PAS 9980, BSI continues to support its use within government remediation frameworks and Building Safety Fund guidance. A structured revision programme began in 2024, with main consultation taking place in 2025.

BSI also runs an Education Hub aimed at educators, researchers and practitioners who want to engage more closely with standardisation.

What actually changed in 2024–2025

Several major standards were revised or published during this period.

BS 9991:2024, the main residential fire safety standard, underwent a substantial update. Its scope was expanded to cover residential care homes. Provisions on sprinklers were updated, including for single-stair buildings and height thresholds. The standard adopted European fire-resistance classifications for doors and strengthened guidance on smoke control and evacuation lifts in taller buildings.

BS 9792:2025 set out a clearer framework for fire risk assessment in housing, including a nine-step methodology and guidance for assisted living and supported housing. It is designed to sit alongside PAS 79-1 and PAS 9980 as part of a national approach to risk assessment across different building types.

BS 8674:2025 introduced three competence levels for fire risk assessors: Foundation, Intermediate and Advanced. It covers not only technical knowledge but also skills, behaviours, ethics, supervision and continuing professional development, and is linked to future plans for mandatory accreditation under the Building Safety Act.

BS 5839-1:2025, covering fire detection and alarm systems in non-domestic buildings, added a new section on system modifications, tightened controls on acceptable variations, updated guidance on manual call points and clarified expectations for automatic detection in sleeping-risk areas.

BS 5266-1:2025, the emergency lighting standard, expanded its scope to cover emergency escape lighting, standby lighting and local-area emergency lighting, placed greater emphasis on lighting uniformity and aligned more closely with European standards EN 1838 and EN 50172.

PAS 9980 was under revision during this period, with consultation completed in 2025 and publication expected in Q2 2026. Together with PAS 79-1 and BS 9792, it forms a cross-building-type framework for fire risk assessment and appraisal.

What is coming in 2026–2027

The report sets out a substantial forward programme of work.

BS 9994 is planned as a new specification for creating, documenting and managing fire strategies throughout a building’s lifecycle. It is intended to standardise structure, terminology and review processes, replacing and expanding on PAS 911. Public consultation is expected in Q1–Q2 2026, with publication likely in late 2026 or early 2027.

BS 9996 will cover the commissioning and maintenance of integrated fire safety systems, including alarms, suppression, smoke control, evacuation lifts and cause-and-effect logic. The aim is to ensure that changes to systems do not undermine the original fire strategy. A Draft for Public Comment is expected in Q2–Q3 2026, with publication in 2027.

The revised PAS 9980 is due for publication in Q2 2026, with clearer decision pathways, terminology and alignment with the wider BS 999X family of standards.

PAS 9970-1 and PAS 9970-2 will address fire safety during construction. The first covers organisational and site fire safety, while the second deals with temporary fire detection and alarm systems on construction sites. Consultation is expected in Q1 2026 and publication in Q4 2026.

A revision of BS 9990, covering non-automatic firefighting systems such as wet and dry risers and firefighting mains, is expected to go to consultation in Q3–Q4 2026, with publication in 2027.

An amendment to BS 750 on underground fire hydrants is planned for consultation in 2026, again responding to Grenfell Inquiry Recommendation 40.

Finally, BS 9999, the main non-domestic fire safety standard, is scheduled for a major update with consultation in Q2–Q3 2027 and publication in 2028. The revision is intended to align with post-Grenfell reforms and with BS 9991, BS 9994 and BS 9996, covering issues such as fire strategies, evacuation planning, dutyholder responsibilities and digital records.

How people can get involved

The report emphasises that standards development depends on broad participation rather than being driven solely by BSI.

Individuals and organisations can apply or be nominated to join technical committees, serve on drafting panels for specific standards and respond to Drafts for Public Comment via the Standards Development Portal.

Contributions can also be made through professional bodies such as the Institution of Fire Engineers, the Fire Industry Association, the Association for Specialist Fire Protection and BAFSA.

BSI also invites evidence or case studies to support FSH/0’s horizon-scanning work, alongside engagement through consultations, calls for evidence, conferences and roundtables.

What the report presents FSH/0 as doing

Overall, the report positions FSH/0 as the central coordinating body for UK fire safety standards, increasingly transparent through the publication of this annual overview, closely aligned with post-Grenfell reforms and actively managing a wide programme of revisions, new standards and PAS projects across 2026–2027.

It presents this work as part of maintaining a coherent, nationally consistent fire safety standards framework for the built environment.

AEI Cables outlines what building legislation means for fire performance cables

Building legislation and early project collaboration

New building legislation affecting electrical supply chains can be addressed through early collaboration between parties on a project, says AEI Cables.

The company said recent additions to legislation are creating new demands on electrical and fire safety, including the Building Safety Act 2022.

The Act introduces requirements for higher-risk buildings, defined as those at least 18 metres high or at least seven storeys, containing at least two residential units.

Stuart Dover, general manager of AEI Cables, said: “When the various parties get together early in the process there is often an agreement on roles and how the project’s legislative requirements can be achieved.

“The shared responsibility is important and helps everyone when we are ultimately dealing with the safety of people moving about in large buildings and spaces.”

Cable requirements linked to records and fire performance

The Building Safety Act includes the Golden Thread, which requires a comprehensive record of safety-related information to be kept throughout the lifecycle of a building, with a focus on clear communication between all parties.

AEI Cables has also highlighted collaboration as a way to help meet demand for Category 3 Control fire performance cables identified under the revised British Standard BS8519: 2020 Code of Practice.

The company said these cables reduce harmful smoke, toxic gases and flame spread in the event of a real fire.

It said the systems powered by these cables include smoke and heat extraction systems that assist fire services in firefighting and support safe evacuation in life safety situations.

The guidance for Category 3 Control fire performance cables applies to evacuation alarms for the disabled in care homes, emergency voice communications systems and voice alarm systems in relevant buildings including tall buildings, office spaces, hospitals, shopping malls and stadia.

AEI Cables said its Firetec Enhanced cabling has been approved and certified by the Loss Prevention Certification Board (LPCB) to BS8519 (Annex B), Category 3 Control, in addition to Category 2 Control.

It said the BS Code of Practice under BS8519 contains six categories of cables, three for power cables and three for control cables, each covering survival times of 30, 60 or 120 minutes.

The company said its products are supplied with approvals from independent bodies including British Approvals Service for Cables (BASEC) and LPCB, and that it also holds approvals from organisations including Lloyds, the MoD, Network Rail and LUL.

FSi Promat launches Paraflam Ultra slab edge fire stop for curtain wall facades

Fire stop system launched for curtain wall slab edges

Passive fire protection specialist FSi Promat has launched Paraflam Ultra, a dry-fit slab edge fire stop system for buildings with a curtain walling facade.

The company said Paraflam Ultra is designed to protect the building envelope by preventing the spread of fire around the slab edge for a set period of time in curtain wall facades.

Paraflam Ultra is described as an A1-rated, non-combustible, flexible system.

It is designed to support compartmentation systems by containing the spread of fire from one floor to another.

Testing, movement accommodation and installation details

Paraflam Ultra provides up to 2 hours of fire protection for horizontal slab edges in curtain walling systems.

It is tested to the European standard for curtain walling systems EN1364-4.

Testing also included movement accommodation, with Paraflam Ultra providing up to 6% compression and expansion to maintain the seal between the slab and facade where movement occurs in tall buildings.

As a dry-fit design, the system is compression fitted at the slab edge to reinstate compartmentation and limit fire spread, with the aim of allowing occupants time to escape and fire fighters time to respond.

Range position and specification support

Paraflam Ultra expands FSi Promat’s range of specialist fire stopping and cavity barriers for the building envelope, covering finishes from rainscreen applications to masonry.

Liam Blears, National Commercial Manager for Facades at FSi Promat, said: “Curtain walling is an increasingly popular finish for tall buildings where effective passive fire protection is paramount – and, since façade design is often aesthetic-led, it is vital the fire protection systems used to protect it are kept front of mind during the design stage.

“Through creating a carefully engineered, movement accommodating system, FSi Promat is able to support with this.

“With FSi Promat’s commitment to competent technical support and efficient distribution, Paraflam Ultra can be confidently specified and supports ease of installation.

“It complements the range of cavity barriers FSi Promat already produce to provide fire protection for the building envelope; which now includes mixed façade and curtain wall finishes thanks to the introduction of Paraflam Ultra.

“Alongside the launch, we’re offering specification packs to support in the accurate design of passive fire protection at the earliest stages of a project to ensure best-practice and provide the level of detail needed for curtain wall or hybrid facades.

“Plus, a range of training and extra supporting collateral is in development so watch this space.”

The company said it already offers closed and open state cavity barriers for ventilated and non-ventilated facades, including the Silverliner range.

Specification packs are also available for rainscreen and masonry facades.