Swift Fire Compliance releases damper guide on remedial works

Damper remedial guidance for building compliance

Swift Fire Compliance has published a free guide explaining fire damper testing, maintenance and remedial works for existing buildings.

The company says the guide responds to updated standards introduced under the Building Safety Act 2022 and focuses on legal obligations linked to fire and smoke control dampers.

Industry data referenced in the source material indicates that 70% of fire dampers fail initial inspections across the UK.

Fire dampers form part of fire compartmentation systems and close automatically to slow the spread of fire and smoke through ventilation ductwork while maintaining escape routes.

Regular inspection and testing are required under the Regulatory Reform (Fire Safety) Order 2005 (RRFSO) at least every 12 months.

More frequent inspection may be required in higher risk environments.

Guide focuses on remedial work and inspection records

Swift Fire Compliance explains that the publication Beyond the Function Test: Fire & Smoke Damper Remedials Made Clear concentrates on remedial works and compliance recovery in existing buildings.

The guide follows the company’s Ultimate Guide to Fire & Smoke Dampers 2025 and concentrates on practical steps that duty holders can take when defects or compliance gaps are identified.

Content includes legal compliance requirements under the RRFSO alongside guidance related to BS 9999 and DW145.

The guide also explains how to identify common fire damper defects, how remedial actions may be addressed and how remedial compliance reports can be interpreted.

Guidance is also provided on maintaining records so duty holders remain prepared for regulatory audits.

Challenges around installation and maintenance records

Gary Nicholls, Managing Director of Swift Fire Compliance, said: “The industry is continually adapting to changes in legislation; the biggest challenge lies in a lack of initial installation and maintenance records, which are now required by law.

“Fire and smoke control dampers might be hidden from view, but in the event of a fire, they are the difference between safety and catastrophe.

“As statutory guidance continued to evolve, responsible parties must ensure effective inspection, testing and remediation to ensure buildings are truly safe and compliant.”

The guide is available for download from Swift Fire Compliance.

Promat secures EN testing for Vermiculux -S structural steel system

Promat EN testing for Vermiculux -S

Promat has secured EN testing for its Vermiculux -S board system, bringing its specialist structural steel systems in line with the incoming test standard ahead of adoption.

According to a company announcement, Vermiculux -S has been successfully third-party tested against EN standard (13381-4) after previously being tested to a BS standard.

The A1 non-combustible board provides up to 240 minutes of fire protection to structural steel.

It is commonly used in higher risk developments such as buildings above 18 metres and multi-occupancy housing.

Warehouses and data centres are also identified as typical applications where extended fire resistance is required to maintain structural stability during a fire.

System classification and installation characteristics

Promat said the Vermiculux -S system has also received third-party classification to provide a clear summary of the fire test evidence for use by specifiers and inclusion in the golden thread.

The system is designed for beam encasements and is available in several thickness options.

Installation can take place before the building is weathertight.

The lightweight board construction supports flexibility in contemporary building design.

Margherita Mullis, Product Manager at Promat, said: “By ensuring Vermiculux -S is tested and classified to EN standards at the earliest opportunity we have been able to ensure a forward-looking approach to fire safety design where architects and specifiers can have confidence our products align with the European standards the UK industry is moving towards.

“With a focus on system-based testing, Promat has invested in extensive testing, including securing classification to provide architects and principal designers with clear, evidence-based performance data to ensure regulatory compliance and the highest performance standards.

“Vermiculux -S is Promat’s top-tier solution for structural steel protection and is a vital part of our structural steel portfolio thanks to its high level of fire performance.

“With a continued focus on meeting the highest standards of testing, we are proud to have a complete structural steel protection range fully tested to EN standards to support greater confidence in fire safety design and ensure the demand for tested products and systems is met.”

The European testing standard referenced by the company is due to be adopted in 2029.

ASFP working group outlines next steps for External Envelope guidance

External envelope work begins with TG14 first meeting

The first meeting of TG14 – ‘Passive Fire Protection and the External Envelope’ brought together specialists from multiple disciplines, according to a blog post by Paul McSoley shared by the Association for Specialist Fire Protection (ASFP).

Participants included designers and engineers, facade experts, penetration seals, cavity barrier and fixing specialists, plus testing, certification and installation representatives.

The day opened with a call from Mike Ward, who said the next logical step towards industry-wide competence in passive fire protection sits within the void between the faced and the building structure.

Discussion centred on definitions, typologies and testing interfaces

Following work on the ASFP Green Book – fire doors and the ASFP Clear Book – fire resistant glazing, Hannah Mansell told the group that facades are a natural area to simplify and that a similar approach should be applied to external systems as the Design Guide for internal passive fire protection nears completion.

The discussion was framed around how a facade should be defined and what passive fire protection means in that context.

Mansell said: “While I recognise I am not a facade expert, part of my objective for the first session was to break down facades into typologies.

“For example, is the facade external to the building structure, or is it recessed within it?

“If so, what are the next natural steps in identifying the principles of each one?

“To go even further, how many common approaches of facade are there in each location, and how do we determine the approaches for how passive fire protection is applied from a cavity barrier, a door, a window or even a flue discharge?

“What about the wall junctions from the internal compartments that separate room space, and what type of building safety risks could they contain?”

McSoley wrote that the ASFP Purple Book – fire-resisting partitions approach to internal substrates may provide comparators for the work on external substrates.

He wrote that passive fire protection systems are either applied as a weight to the wall substrate or supported from the slab, with installation usually specific to partition-type systems or rigid structures.

He added that the difference with external walls is that they become a non-standard supporting construction, and that testing and determining interfaces will be a key part of TG14’s work.

Next meeting to compile feedback and map facade types

McSoley wrote that the group’s next steps will involve breaking system types down and applying the colour book approach to external substrates.

He added that the next meeting should be better placed to compile feedback from the day and identify facade types and common interface principles that form a whole system.

Breaching fire compartmentation: Does MHCLG’s fibre cabling consultation risk a free for all?

Graham Oliphant, Managing Director of Harmony Fire’s consultancy business, examines MHCLG proposals on fibre cabling approvals and the fire compartmentation risks

A flurry of life safety consultations have been launched since the start of the year, including from the BSI, the Scottish Government and from The Ministry of Housing, Communities and Local Government (MHCLG).

It was one such consultation, from the MHCLG and published on 27 January, that particularly caught my eye, entitled ‘Improving proportionality and safety outcomes in building control: telecommunications work’.

In summary, this consultation seeks views from industry on proposals to streamline building control procedural requirements within higher risk building settings for the installation of fibre optic cabling and mobile masts.

In the case of fibre optic infrastructure, the open call also seeks feedback on potential building control approval changes for non-higher-risk buildings too.

The consultation considers ‘proposals to dispense with procedural requirements of building regulations for….building work related to the drilling of holes through internal fire-resisting walls for fibre optic cabling and work related to the installation and repair of mobile communications masts.

For these activities, the current building control procedural requirements may be unreasonable and disproportionate and can direct regulatory resources away from the types of building work that carry higher risk, such as new builds and remediation projects.’

Context in building control

The background to this consultation will be familiar to anyone in the housing sector since the introduction of the Building Safety Regulator (BSR).

We need not reopen the arguments going back and forth about the BSR’s role and impact on a sector that repeatedly and fatally has shown itself systemically incapable of consistently delivering safe buildings.

But this consultation makes it clear that greater pragmatism and proportionality may be required to facilitate wider and faster broadband roll out across the nation, as well as to support the BSR on its quest for consistent delivery to agreed service level agreements.

It’s reasonable to view fibre optic cables as a government test case for the BSR as it grapples with resourcing and talent challenges around the Gateway process set up post-Grenfell Tower disaster to ensure a mass casualty event can never happen again within our buildings.

Remediation work currently falls within the Gateway process and the backlog at the BSR continues to grow as work to make buildings safe for residents is regularly delayed beyond the 8-week Gateway 2 decision deadline.

The new leadership team at the BSR has indicated it’s actively looking at remediation activity with an announcement due imminently on a more streamlined process.

So why did this particular public consultation grab my attention? Well with unbelievable timing and coincidence, a colleague had just recently sent me an image with rolls of newly printed labels for a fire compartmentation project Harmony Fire is delivering in Scotland.

Staring out from the screen on my phone I’d just read ‘Fire Compartment Line – Do not alter, cut or breach this fire seal/compartment without permission.

Any damages must be reported and repaired immediately.’ We actually used this very image in our LinkedIn post highlighting the launch of the consultation.

The issue of maintaining fire compartmentation integrity is a constant challenge for everyone working in the life safety sector.

We have directly witnessed far too many egregious fire compartmentation breaches that render this front-line defence against the spread of smoke and fire ineffective and dangerous.

Compartmentation is a critical building safety feature, designed to slow the spread of fire and buy time for residents and emergency services to respond.

A combination of fire-resistant walls and ceilings, fire doors, fire stopping and cavity barriers all work together to create a sealed structure, and a failure in any one element dramatically escalates risk to life.

Training and site discipline 

Education and enforcement around fire compartmentation is not consistent and this is why Harmony Fire has worked in partnership with our customers to develop a new behavioural and cultural approach to the issue of fire compartmentation integrity.

Moving the discussion away from tick-box compliance to real-life failure consequences is our starting point.

Maintaining the integrity of ‘the box’ saves lives and it’s therefore everyone’s responsibility to be vigilant, and to protect and challenge, if necessary, any activities that could compromise the system.

An all-encompassing education programme on the importance of compartmentation delivered to the landlord, residents, building managers, maintenance teams, suppliers, subcontractors and anyone regularly visiting sites means more focused eyes and greater vigilance.

By adopting the ‘hot works’ model used for those contractors working at height and using naked flames on buildings, a new permission-based authorisation system ensures that nobody is permitted to work in a way that could compromise fire compartmentation without prior approval and oversight.

The stickers of course represent the final ‘analogue’, but highly visible, stage of this new behavioural regime, reminding everyone of their joint responsibility for vigilance and urging action if something doesn’t look right.

Our vision to further evolve this regime with customers sees the increasing use of technology and digital accountability, through digitally locked BIM assets and a dedicated Permit to Breach (PTB) process incorporated into the existing Safe Systems of Work (SSoF) protocols.

Utilising PTBs underscores the high-risk nature of compartmentation breaches for our customers’ supply chains and wraps a robust legal framework around the compliant remediation of any work before a PTB can be closed and payments authorised.

The inescapable challenge that all parties to this conversation face is how to support sectors that bring services, like faster broadband, to communities that can drive prosperity, social mobility and productivity, while simultaneously protecting those same communities from the unintended consequences of policy decisions that may be a retrograde life safety step.

Compliance expectations remain

The consultation makes it clear that the drilling of holes in fire compartmentation to accommodate the installation of fibre optic cabling must still comply with requirements under the Building Regulations 2010 and for higher-risk buildings under Part 4 of the Building Safety Act 2022.

However, there is a significant risk that needs to be carefully discussed and considered around the optics of what this potential change may bring from a behavioural perspective.

Under the current legislative regime, anyone seeking to compromise fire compartmentation must submit an application via the BSR’s Gateway process.

This reflects the life safety significance of this activity and focuses applicants on the risks and the expected standards and quality of remedial activity required.

Today, we regularly see the consequences of people not adhering to these existing strict regulations, with genuine instances of compartmentation breaches within weeks of our own project completions.

In this context, we have serious concerns around the perception of a downgrade, or watering down, of the regulations associated with fibre optic cabling installation.

And let’s be clear in terms of behavioural response in a real-world application, the expectation of ‘mission creep’ is high.

If we can drill holes for fibre optic cabling, then surely there’s little difference for that coaxial or POE cable, right?

If it becomes a routine activity to drill holes in fire compartmentation and this is what people regularly witness up and down the country, do we not risk undermining all the hard work and the behavioural changes we have set in train to underscore the importance of fire compartmentation integrity?

Practical options and mitigations

The consultation process gives every audience the chance to have their say, and we should be grateful that views are being sought for this highly significant and consequential change.

But there are already measures and actions that can be taken today to make this less of a binary decision.

Across many of our compartmentation projects, we have introduced a simple future proofing measure that eliminates the need for future drilling.

By specifying firestop sleeves into our compartmentation designs, this provides a fully compliant and safe way for cables to be installed without the need for any additional interventions.

The greater adoption of asset-based technology solutions and existing safe working protocols linked to contractual payment terms offer an alternative vision.

Balancing demands, proportionality and appropriateness characterise this latest consultation process.

It’s vitally important that as many voices, from as many sides of this debate, are heard before the closing date on the 24 March.

This will ensure changes do not bring unintended consequences that ultimately set back resident life safety outcomes.

This move feels like a retrograde step and risks behavioural change in the wrong direction.

Let’s hope that diverse voices across the sector provide their own insights into how we can best balance the demand, while understanding our number one priority must remain focused on the safety and security of families relying on the absolute integrity of fire compartmentation.

MAGB launches Technical Committee and cavity fire barrier construction guidance

Construction guidance on cavity fire barriers

The Masonry Association of Great Britain (MAGB) has launched a new Technical Committee and published its first Technical Note on cavity fire barrier installation.

MAGB announced the cross-sector group alongside Technical Note TN-01/26, which addresses cavity fire barriers and raises concerns about increasing use of zero-compression products.

MAGB said the Committee brings together senior technical specialists from across the masonry supply chain, including brick and component manufacturers, fire barrier and insulation suppliers, façade contractors, structural engineers, warranty providers and training bodies.

TN-01/26 marks the first step in a programme intended to raise awareness of long-term fire safety performance within masonry construction.

What TN-01/26 sets out on compression

In Technical Note TN-01/26, MAGB states that zero-compression cavity barriers may achieve compliance in laboratory fire testing, and that buildings change over time.

The guidance outlines structural frame shortening caused by creep and shrinkage, brickwork settlement, mortar movement, thermal expansion and construction tolerances as factors that can increase cavity dimensions.

Barriers installed without positive compression rely on exact geometry at the point of installation.

As movement occurs, gaps of only a few millimetres may allow flame and hot gases to bypass the barrier.

Because these interfaces are concealed once construction is complete, failures are not detectable through routine inspection.

The Note recommends installing horizontal and vertical cavity fire barriers with compression, with a nominal minimum preload of 5mm unless greater compression is justified by manufacturer testing.

Committee remit and next publications

Keith Aldis, chair of the Masonry Association Technical Committee, said: “This Committee has been formed to bring senior technical expertise from across the masonry sector into one forum with a clear purpose – to identify emerging risks and provide practical, evidence-based guidance to the industry.

“Our first Technical Note (TN-01/26) reflects our collective assessment of how buildings behave in reality over time.

“Laboratory fire testing is conducted under controlled conditions, but real structures are subject to settlement, shrinkage and differential movement.

“Positive compression in cavity fire barriers is fundamental to maintaining contact and continuity as that movement occurs.

“Our guidance is intended to support long-term fire integrity and promote durable, movement-tolerant solutions across the sector.

“This publication is the first in a series of Technical Notes intended to support long-term fire integrity and promote movement-tolerant, durable solutions across the sector.”

MAGB confirmed that further Technical Notes and guidance documents will follow as part of its ongoing technical programme.

FFE achieves FM Approval for Fireray One and Fireray Hub Reflective for key international markets

FFE Ltd, a specialist manufacturer of fire detection solutions, has announced that Fireray One beam smoke detector and Fireray Hub Reflective have achieved FM Approval, supporting specification and use across the USA, Middle East & Africa (MEA), Australia and New Zealand.

Large-volume environments can present challenging detection conditions, where smoke may dilute, stratify or drift with airflows. FM Approval provides added confidence for stakeholders specifying fire detection solutions for applications where reliability, compliance and continuity of operation matter.

Fireray One is designed for beam smoke detection in large open areas, providing long-distance coverage suited to high-ceiling environments. Fireray Hub Reflective complements Fireray One by combining the same beam detection capability with a low-level controller, enabling a more system-based approach to installation and oversight, and supporting up to three detector heads from a single control point, helping simplify commissioning, verification and ongoing maintenance.

FM Approval an ‘important milestone’ for FFE

“FM Approval is an important milestone for Fireray One and Fireray Hub Reflective,” said Luke Brittany, Product Manager, Fireray Product Range, FFE Ltd. “It gives specifiers and project teams added confidence when selecting an approved beam detection solution for large, open areas, supporting reliable performance and clearer system oversight.”

More information and resources:

BSR update shows 108 new build decisions over 12 weeks to 25 February

BSR Gateway 2 update and reporting changes

The Building Safety Regulator (BSR) has set out planned changes to how it reports progress on Gateway 2 applications, alongside updated volumes for decisions, invalidations and live cases in the 12-week rolling period to 25 February 2026.

The BSR said it has changed how it represents application progress by removing invalid applications from progress percentages, describing invalid applications as those lacking basic critical safety information and normally invalidated within around one week.

Percentages of withdrawn, rejections and approvals are now shown as a proportion of the total number of applications that passed validation.

Closed applications across all categories totalled 639 in the past 12 weeks, including 273 invalidations.

The number of live applications of all categories was reported as 1,212.

Across all Gateway 2 categories, 65% of closed applications were related to London cases, with 404 made in the capital over the past 12 weeks.

Remediation improvement plan due to be announced

A remediation improvement plan is set to be formally announced and introduced over the coming weeks.

The plan is intended to improve the efficiency, quality and timeliness of applications for remediation projects.

It will focus on strengthening BSR resource capacity, improving internal processes and supporting industry to submit higher quality applications.

The update reported 86 remediation decisions made since December 2025, including 41 in London, and 77 new cases received.

There were 279 live remediation cases being processed, representing 24,282 units.

The BSR said late 2025 and early 2026 remediation applications are averaging around 18 weeks, with complex older remediation cases taking longer for decisions.

It said it will publish specific remediation guidance in the coming weeks, alongside improved feedback and support for applicants.

New build decisions, legacy cases and Innovation Unit activity

Gateway 2 new build applications in the 12-week rolling period to 25 February recorded 108 decisions, with 82 new applications received.

New build applications representing 15,178 residential units were received, with decisions on 23,197 units issued, including 10,514 approvals.

There were 31,191 units in live cases.

Legacy cases reduced from 60 at the start of December to three normal applications, with a separate cohort of 18 applications with significant technical issues moved into a complex case category.

The BSR said approval rates of legacy cases continue to be 53%.

The BSR Innovation Unit (IU) made 27 decisions in the past 12 weeks, including 10 in London, and is currently managing 123 live new build applications representing 26,224 units, with 69 of those in the capital.

Eleven applications have been approved with a median approval time of 18 weeks.

For post-validation applications, 33% are approved and 33% rejected, with the remainder under active account management.

Charlie Pugsley, Acting Chief Executive Officer of the Building Safety Regulator, said: “We continue to see improvements to the numbers of decisions being made for new build applications, and the numbers of safe homes being made available for the future.

“We also continue to engage even more closely with applicants to help improve the quality of those applications and that continues to see tangible results that will make a real difference.

“However, we recognise that current determination times are falling short of our targets for remediation.

“Our Remediation improvement plan, which will be formally announced and rolled out operationally over the coming weeks, will represent a targeted package of focussed measures to reset the system.

“But speed can never come at the cost of safety, whether that be for new build or existing homes.

“Our goal continues to be to ensure that industry can construct safe buildings, and that residents can see the essential safety improvements they deserve without unnecessary delays.”

The update also described a batching pilot for bundling new build and remediation applications for accelerated assessment, stating that initial data indicates faster processing times than previous methods and that the model remains under evaluation.

FIREFLY to unveil four new passive fire products at Fire Safety Event 2026

FIREFLY at Fire Safety Event 2026

FIREFLY will present four new passive fire protection products at the Fire Safety Event 2026, taking place at the National Exhibition Centre (NEC) in Birmingham from 28 to 30 April.

The company confirmed the products will be showcased on stand 4H 103 alongside its Apollo, Zeus and Titan Lite ranges.

Product range planned for the stand

According to FIREFLY, the new line-up includes FIREFLY Span, the FIREFLY FB180 Raised Access Floor System, an adapted Apollo Lite 30:30 barrier and a one-sided mineral wool batt.

FIREFLY Span has been developed for construction joints in walls and floors to prevent the spread of fire, smoke and sound for up to 60 minutes.

Testing to BS EN 1366-4 confirmed the viability of its open celled polyurethane foam structure impregnated with fire resistant chemicals and bonded with intumescent graphite layers.

The FIREFLY FB180 Raised Access Floor System uses ablative batts to deliver up to 240 minutes protection against flame spread within voids beneath raised access floors.

Apollo Lite 30:30 has been repurposed for suspended ceiling installations to support compartmentation performance and smoke control.

The adapted barrier is tested to BS 476 Part 22 and provides 30 minutes integrity and insulation.

A one-sided mineral wool batt will also be displayed, designed for cutting to shape and installation in locations where access is restricted.

Typical applications include hospitals, care homes, plant rooms and heritage properties.

FIREFLY personnel will be available at the NEC to discuss the products and their intended applications.

Forza Doors expands Midlands and North commercial operations with new team appointments

Forza Doors strengthens Midlands and North presence with commercial expansion

Forza Doors is expanding its commercial operations in the Midlands and the North of England through new team appointments and an expanded Birmingham-based commercial team.

The move includes scaling its dedicated commercial team in Birmingham alongside three new appointments at its head office in Partridge Green, Sussex.

The Birmingham-based sales and commercial team will manage all sales enquiries across the Midlands and North.

Phil Pritchard has taken on the role of senior commercial manager for the region.

Callum Neilson has been appointed regional sales manager.

Matt Dobell has rejoined the business as regional sales manager, with responsibility for leading sales activity and developing customer and partner relationships.

Will Hunnam, managing director at Forza Doors, said: “Regional expansion has always been central to our strategy, so this marks an important next step as we move towards true national coverage.

“By strengthening our presence in the Midlands and the North, we can work more closely with customers, respond more quickly to project demands and continue to deliver the service levels the market expects.

“Combined with our refreshed brand and ongoing investment in our people and technical capability, this expansion reinforces our position as a manufacturer and employer of choice.”

Head office appointments support national sales and specification strategy

Forza Doors has also introduced new roles at its Sussex head office to support internal sales, estimating and specification activity.

Ricky Thomas has been appointed head of commercial, where he will lead internal sales and estimating teams across the UK, bringing more than 20 years’ experience in commercial operations, estimating and delivery.

Anthony Kennedy has joined as specification manager, moving from architectural ironmongery company Franchi and previously Allgood.

This role represents the company’s first dedicated position focused on engagement with architects and the design community.

Founded in 2010, the manufacturer has grown from 12 employees to more than 240 staff.

The company reported a 14% increase in annual revenue in the last financial year and has invested in brand development and operational growth.

Joined up thinking: Siderise explores perimeter joint sealing

Siderise explains why effective perimeter joint sealing in glazed façades depends on carefully considered specification, correct installation and competent contractors

When constructing any type of building with curtain walling, protecting the void at the perimeter joint with the right passive fire protection solutions is crucial.

However, even the most robust and carefully considered fire safety specification can underperform, or fail completely, if not properly installed, increasing the risk of fire and smoke damage to life, property and the environment.

Firestopping contractors play a critical role in ensuring fire safety strategies are delivered in the way they have been designed.

Installation quality

Passive fire protection is built into the building envelope and contains the spread of fire, heat and smoke by creating areas of manageable risk using fire-resistant materials and gap-filling measures.

This limits the movement of flames and smoke, protects egress routes and reduces the chance of fire-induced structural damage, which could result in collapse.

While these solutions are designed to perform without operator intervention, they must be installed correctly in line with their manufacturer’s recommendations and, where applicable, their third party verified listings, to function as intended because breaches in compartmentation could provide an easy path for flames, heat and smoke to spread up and around the building in the event of a fire.

Incorrectly installed firestopping systems will not be reflective of the way the products have been designed, tested or listed.

Issues could include the use of incorrect fixings, installing safing products in the wrong orientation or without the right level of compression, using them alongside other passive fire protection products in untested ways, and applying the sealant in two-part pack-and-spray systems with an inconsistent wet film thickness or in unsuitable application conditions.

Product selection

A listing for firestopping systems is essential because it provides independent, third-party verification that a specific firestop system has been thoroughly tested to appropriate standards and if properly installed, will perform as intended in a fire, ensuring compliance with building codes and contributing to overall building and life safety.

Listings include essential, detailed information on how the system must be installed, including maximum allowable perimeter void sizes, the required materials and their specifications.

If the installation deviates from the parameters specified in the listing, its fire-resistance rating is voided, which compromises safety.

While listings are voluntary, it helps ensure that products supplied for testing are the same as supplied to market, with ongoing assessment and surveillance from the certification body.

Manufacturers should make this information easily accessible.

In circumstances where field conditions vary from the original design, or where unforeseen build obstructions arise, technical evaluations based on the closest listed system and that recommends different installation methods may be necessary to ensure performance is not compromised.

In such cases, the evaluation should be carried out by, or in conjunction with, the manufacturer, by suitably qualified and competent persons and provide clear installation instructions.

With mitigating the risk of human error in mind, using products that have been engineered to be installed easily and accurately can assist in meeting a project’s design intent.

This can not only help to ensure a safer project but can help to reduce additional costs and lost time associated with remedial works.

For example, the vertical fibre orientation of dry-fit stone wool Lamella firestopping products, coupled with clear instructions on the foil facings, can help guide the installer in the correct direction in which to install.

Inspection

Another key benefit of dry-fit firestopping products is that there is no need for destructive inspection to sign off on their installation, with visual inspections being sufficient.

Where required or desired, some manufacturers can also conduct these non-destructive inspections – in-person and / or via app – to verify if their products have been correctly installed.

This can be invaluable, particularly on large and complex buildings where there may be many different considerations.

The final report can be included in the handover documentation, providing a clear record of exactly what’s in the building and how it was installed.

This helps to maintain a continuous thread of information, which can be a useful reference point for any future modifications to the building that may affect the envelope.

Competency and training

Everyone in the construction process must have the appropriate levels of skills, knowledge, experience and behaviours to do their job properly and adhere to code requirements.

There are several independent schemes for installation contractors that can include training, third-party certification and professional qualifications.

For example, the FCIA (Firestop Contractors International Association) promotes high firestop installation quality through accreditation initiatives like the FM 4991 Standard for the Approval of Firestop Contractors, the UL Qualified Firestop Contractor Program, and the FIRAS scheme through UKAS to BS EN ISO/IEC 17065: 2012.

They help differentiate quality contractors via third-party audits of their quality management systems and field installations, ensuring compliance with tested systems.

Whilst voluntary, they are good practice and help ensure a strong foundation of competency.

These often include various assessments of both how projects are managed, and how installations are carried out and overseen.

However, for teams wanting to know more about the explicit methods and approaches needed to install a specific manufacturer’s products effectively, training packages offered by the manufacturer can provide installers with invaluable insight into the specific nuances of their firestopping products, as well as potential build challenges, allowing them to be addressed before the installation programme has progressed and preventing issues being baked into the construction.

This offering should include a combination of classroom learning and practical onsite training, including everything from toolbox talks that ensure installation instructions and method statements are clearly understood, to delivering hands-on training and benchmark installations to demonstrate best practice.

Unless a specialist façade contractor with dedicated firestop installers has been appointed, the individuals installing the safing measures could change from project to project, or even at different stages of a single project.

Therefore, having access to manufacturer training throughout, and not just at the start, can help to ensure continual adherence to the fire safety strategy.

For this training and onsite support to be effective, early engagement with the product manufacturer is crucial.

This is especially true for ambitious, complex designs that need a tailored installation approach, or where there are deviations from the original drawings due to unforeseen challenges or changes in conditions onsite.

Additionally, manufacturers can often give feedback to design teams so they can learn to help improve the practicality of future designs, ensuring continuous improvement and collaboration.

Hidden defence

The FCIA defines the ‘DIIM’ of Firestopping™ as the proper Design, Installation, Inspection and Maintaining Protection of Firestop Systems stating that “When all the pieces of the ‘DIIM’ puzzle are present, the result is greater reliability of installed fire-resistance-rated and smoke resistant assemblies and effective compartmentation.

This ensures that installed fire-resistance-rated and smoke-resistant assemblies have a better chance of performing as designed.” There is no room for compromise when it comes to the safety of our buildings, and the success of any fire safety strategy depends on both the quality of the products and the precision of their installation.

Therefore, it is vital that firestop installers feel confident and competent to deliver accuracy onsite.

Engaging with manufacturers as early in the process as possible can provide the support necessary to ensure products are handled and fitted in line with recommendations and that they will perform as expected in the unfortunate event of a fire.

Partnering with manufacturers, like Siderise, who offer expert guidance, robust testing data, dedicated product and project specific installer training and inspection tools and services can make all the difference in enabling project teams to design and construct buildings that meet the highest safety and performance standards – both now and in the future.

This was originally published in the February 2026 Edition of International Fire & Safety Journal. To read your FREE copy, click here.