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Navigating the complexities of building safety in North London requires a precise understanding of modern façade systems. For building owners and managing agents, Cladding Testing and Replacement in Haringey is no longer just a maintenance consideration; it is a critical aspect of regulatory compliance and structural risk management. Following the evolution of the Building Safety Act and updated fire safety regulations, the focus on external wall systems (EWS) has intensified across the borough’s diverse architectural landscape.
Cladding testing in Haringey
Haringey presents a unique challenge for façade specialists, containing a mix of high-rise social housing, modern private developments in areas like Tottenham Hale and Wood Green, and repurposed industrial buildings. Each of these structures requires a tailored approach to assessment. A "one-size-fits-all" strategy often leads to unnecessary costs or, conversely, overlooked safety risks. Our objective is to provide a clear technical pathway from the initial identification of a potential defect to the final certification of a remediated building envelope.
Whether you are dealing with suspected combustible materials, water ingress, or deteriorating panels, the process must be systematic. At Cladding Testing, we emphasise that a façade is a complex assembly of components, including insulation, cavity barriers, and fixings, all of which must work in unison. Understanding how these elements perform under local environmental conditions is the first step toward ensuring long-term building durability.
In the context of UK construction, Cladding Testing and Replacement in Haringey refers to the professional evaluation and physical correction of a building's external envelope to ensure fire safety, structural integrity, and weatherproofing. This process involves:
Intrusive Inspection: Opening the façade to view internal components like cavity barriers.
Material Analysis: Laboratory testing of panels (e.g., ACM, HPL) to determine combustibility.
Remediation: The targeted repair or complete removal and replacement of non-compliant or damaged systems with modern, fire-rated alternatives.
Haringey’s urban density and varied building heights mean that access for testing is often restricted. Whether utilizing specialist abseiling teams (IRATA) or mast climbers, the choice of access equipment impacts both the budget and the speed of the investigation. Furthermore, the borough’s specific planning requirements and proximity to transport hubs like the Seven Sisters corridor necessitate careful logistical planning for material deliveries and waste removal during replacement phases.
Before any physical work begins, a technical baseline must be established. We categorise façade issues into three primary areas: safety (fire), integrity (structural), and performance (thermal and moisture). A failure in one often indicates a failure in others. For instance, poor installation of insulation can lead to both fire risks and significant water ingress, causing internal damage to the building fabric.
While visual inspections from ground level or via drones can identify obvious damage like cracked panels or failed sealants, they cannot confirm what lies behind the rainscreen. Intrusive testing is the industry standard for high-rise safety. This involves creating "sampling pockets" where small sections of the cladding are removed to inspect:
For residential buildings over 11 metres, the EWS1 (External Wall System) process remains a vital tool for valuation and insurance. However, an EWS1 form is a reflection of a professional’s opinion based on evidence. In Haringey, where many older blocks have undergone various refurbishments, the paper trail for materials used can be thin. Physical testing provides the empirical data required for a qualified professional to sign off on a building’s safety rating.
One of the most common questions we encounter is whether a building requires a total overhaul or just targeted repairs. The decision-making process is governed by the PAS 9980:2022 code of practice, which provides a methodology for appraising the fire risk of external wall constructions.
Repair is often viable when the core system is compliant, but specific elements have failed. This might include:
Replacing individual damaged or dislodged panels. Replacing degraded mastic joints or gaskets to prevent water ingress. Retrofitting cavity barriers in specific locations where they were omitted during original construction. Improving mechanical fixings where original installers used incorrect screw types.
Complete replacement of Cladding Testing and Replacement in Haringey projects is typically mandated when:
The main cladding panel is identified as Category 3 ACM (Aluminium Composite Material) or high-risk HPL (High-Pressure Laminate). The insulation is highly combustible and there is no effective cavity barrier system to mitigate fire spread. The entire system has reached the end of its design life and shows widespread structural failure. The cost of localized remediation exceeds 60-70% of the cost of a new, high-performance system.
Cladding testing in Haringey
Engaging in a cladding project is a multi-stage journey. For managing agents in Haringey, understanding these phases helps in setting realistic timelines and managing resident expectations. The complexity of these projects stems from the fact that the building usually remains occupied throughout the works.
This phase involves a desk study of O&M (Operation and Maintenance) manuals followed by site-wide inspections. We look for patterns of failure. Are the issues localized to the prevailing wind-facing elevation, or are they systemic across the entire perimeter? The output is a detailed condition report that categorises risks into high, medium, and low priority.
If remediation is required, a specialist designer must create a new system specification. This isn't just about choosing a new panel colour. It involves:
Thermal Calculations: Ensuring the new system meets Part L of the Building Regulations. Structural Engineering: Confirming the existing building frame can support the weight of new materials. Fire Engineering: Selecting A1 (non-combustible) or A2-s1, d0 (limited combustibility) materials.
Haringey’s dense urban environment means that planning permission is often required for material changes. Furthermore, the procurement of specialist materials—such as solid aluminium or mineral wool insulation—can have lead times of several months. During this phase, we also establish the "Construction Phase Plan," focusing on how to keep residents safe while heavy work is performed overhead.
The physical removal of old cladding must be done in stages to avoid leaving the building substrate exposed to the elements for too long. Quality Control (QC) is the most critical part of this phase. We implement a "Hold Point" strategy, where the installation of cavity barriers must be inspected and photographed before the outer cladding panels are fitted. This creates a digital record of compliance that is invaluable for future safety audits.
Working on tall buildings in London, specifically within a borough as busy as Haringey, presents significant logistical hurdles. A successful project is measured not just by the final look of the building, but by how the work was managed during the process.
Scaffolding is the most traditional method, but for very tall buildings, it is often prohibitively expensive and a security risk for residents. We frequently evaluate alternative access methods:
Mast Climbing Work Platforms (MCWPs): These provide a stable platform for workers and materials and can be moved up and down the building quickly. Rope Access (Abseiling): Ideal for initial Cladding Testing and minor repairs where heavy material handling isn't required. Cradle Systems: Often used for maintenance and panel replacement on buildings with existing roof-mounted tracks.
Occupied building remediation is sensitive. Noise, dust, and loss of privacy (due to workers outside windows) are major concerns. A dedicated Resident Liaison Officer (RLO) is essential for projects in Haringey. They ensure that tenants are informed of "noisy hours," scheduled window closures, and progress milestones, which significantly reduces the friction often associated with major works.
While fire safety is the primary driver for Cladding Testing and Replacement in Haringey, building owners should also consider the broader performance of the building envelope. A remediation project is an opportunity to improve the building’s value and sustainability.
Many buildings in Haringey suffer from water penetration that is wrongly attributed to window failure. In reality, the issue is often a failure in the flashing or the weather-tightness of the cladding joints. During a recladding project, we can install modern breather membranes and drainage channels that ensure the building "breathes" while remaining completely watertight.
Older cladding systems often used thin insulation layers that no longer meet modern energy standards. By upgrading to high-density mineral wool during a replacement project, building owners can significantly reduce the carbon footprint of the property and lower energy bills for residents. This is increasingly important as the UK moves toward Net Zero targets.
The cost of cladding remediation is substantial, often running into millions of pounds for a single tower block. Understanding the funding landscape is crucial for managing agents and freeholders.
For residential buildings over 18 metres, the government’s Building Safety Fund may provide financial support for the removal of unsafe cladding. The application process is rigorous and requires detailed technical evidence. Having a comprehensive testing report is the first step in proving eligibility for these funds.
Failure to address known cladding issues can lead to the withdrawal of professional indemnity insurance for managing agents and the loss of buildings insurance for the property. Conversely, a fully remediated building with a clear "Golden Thread" of digital information often benefits from lower premiums and increased marketability.
When selecting a partner for Cladding Testing and Replacement in Haringey, technical competence must outweigh marketing claims. You need a team that understands the interplay between different façade components and who can navigate the specific regulatory environment of North London.
A specialist should be able to demonstrate:
A track record of working on buildings of similar height and complexity. Deep knowledge of the Building Safety Act and its implications for "Higher-Risk Buildings." The ability to coordinate multidisciplinary teams, including structural engineers and fire consultants. A transparent approach to cost and project timelines.
At CladdingTesting.com, our focus is on providing that clarity. We don't just identify problems; we provide the technical roadmap to solve them, ensuring that every building we touch is made safer, more efficient, and fully compliant.
Cladding testing in Haringey
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For building owners and property managers across the United Kingdom, cladding replacement has shifted from an aesthetic or maintenance consideration to a critical matter of safety, compliance, and asset protection. The complexity of modern external wall systems means that replacing a façade is no longer a simple construction task; it is a multi-disciplinary engineering project that requires a deep understanding of fire dynamics, structural load, and building regulations.
Recladding a house is the process of removing a building’s existing external wall covering and replacing it with a new, compliant system. In the UK, this work is typically undertaken to resolve issues involving water ingress, structural deterioration, thermal inefficiency, or fire safety non-compliance in multi-storey residential blocks.
A PAS 9980 assessment is a formal methodology used to evaluate the fire risk of external wall systems on multi-storey residential buildings. Introduced by the British Standards Institution (BSI) in early 2022, it provides a structured framework for competent professionals to determine whether a building’s cladding and wall construction pose an acceptable or unacceptable risk to life safety. Rather than focusing solely on whether materials are combustible, the assessment considers the entire wall assembly and how a fire might spread across the building envelope.
Understanding the safety and compliance profile of a building’s exterior is now a central requirement for property professionals across the United Kingdom. A FRAEW assessment is a specialised technical evaluation of the external wall construction of a multi-storey, multi-occupied residential building. Its purpose is to assess the fire risk contributed by the wall system and determine whether remediation or mitigation is necessary to ensure resident safety.
A cladding survey is a comprehensive technical assessment of a building's external wall system, designed to identify material composition, installation quality, and structural integrity. It involves a systematic investigation of the façade—including panels, insulation, cavity barriers, and fixings—to determine compliance with building regulations and assess the need for repair, remediation, or replacement.
Understanding the internal composition of a building’s facade is a critical requirement for modern property management. An intrusive cladding survey is a detailed physical investigation where specialist engineers open up specific sections of an external wall system to inspect hidden components. Unlike visual inspections, these surveys provide definitive evidence regarding the presence of combustible materials, the adequacy of cavity barriers, and the structural integrity of fixing systems.
An external wall survey is a comprehensive technical assessment of a building’s outer envelope, designed to evaluate the safety, compliance, and physical condition of the entire façade system. This professional inspection identifies defects in cladding materials, insulation, cavity barriers, and structural fixings to ensure the building meets current UK fire safety regulations and performance standards.
The EWS1 survey (External Wall System) is a technical assessment process designed to evaluate the fire safety of a building's external wall construction. Introduced by the Royal Institution of Chartered Surveyors (RICS), it results in an EWS1 form that confirms whether the cladding, insulation, and cavity barriers meet specific safety criteria or if remediation is required to mitigate risk. This process is essential for residential high-rise buildings, particularly those over 11 metres, to facilitate mortgage lending and ensure resident safety.
Cavity barrier remediation is the technical process of identifying, correcting, or replacing defective fire-stopping measures within the external wall systems of a building. It ensures that the "cavity"—the gap between the structural wall and the external cladding—is properly compartmentalised to prevent the rapid spread of fire and smoke. In the UK, this work is essential for aligning high-rise and multi-storey buildings with current Building Regulations and fire safety standards.
Fire stopping remediation is the systematic process of identifying, repairing, or replacing failed and non-compliant fire protection measures within a building's service penetrations, joints, and cavities. In the context of the external building envelope, this specifically involves restoring the integrity of cavity barriers and fire breaks to prevent the spread of smoke and flame through the facade system.
Rainscreen cladding remediation refers to the systematic process of investigating, repairing, or replacing external wall systems that have failed to meet safety, structural, or weather-performance standards. In the UK, this typically involves addressing non-compliant combustible materials, defective cavity barriers, or water ingress issues in high-rise and multi-occupancy buildings.
Higher risk building cladding remediation is the technical process of identifying, removing, or upgrading non-compliant external wall systems on buildings that meet specific height or occupancy criteria under UK law. In the United Kingdom, this primarily concerns residential buildings over 18 metres or seven storeys in height, where the presence of combustible materials presents a significant risk to life safety. Remediation is not merely a cosmetic update; it is a complex engineering and legal requirement designed to ensure that the building envelope prevents the spread of fire and meets the
The safety of a building’s external wall system is a critical concern for property owners and managers across the United Kingdom. Following changes in legislation and building regulations, many structures have been identified as having hazardous façade materials that require immediate attention. Unsafe cladding removal is the systematic process of identifying, stripping, and replacing external wall components that pose a significant fire risk or fail to meet current compliance standards.
Cladding water ingress refers to the uncontrolled penetration of moisture through a building's external wall system into the internal structure or cavity. This failure in the building envelope typically occurs due to defective seals, poor installation of flashing, damaged panels, or systemic design flaws. Left unaddressed, it leads to structural decay, insulation failure, and compromised internal environments.
Spandrel panel remediation is the technical process of investigating, repairing, or replacing the non-vision infill panels located between the glazed areas of a building's façade. These panels, often found in curtain walling and ribbon window systems, are critical for maintaining the thermal performance, moisture resistance, and fire safety of the external wall envelope.
Ensuring the structural integrity of a building’s exterior requires more than just inspecting the visible panels. The cladding subframe replacement process involves the systematic removal and renewal of the hidden metal or timber framework that secures the rainscreen to the building structure. This work is essential when the original grid has suffered from corrosion, systemic installation defects, or fails to meet modern fire safety standards for high-rise residential and commercial properties.
ACM cladding remediation refers to the professional process of identifying, assessing, and addressing the fire safety and structural risks associated with Aluminium Composite Material panels on a building's exterior. This systematic approach involves determining whether panels require localised repair, specific safety upgrades, or a complete replacement of the external wall system to meet current UK building regulations and the Building Safety Act 2022.
Aluminium cladding remediation refers to the systematic process of investigating, repairing, or replacing aluminium-based external wall systems that have been identified as defective, non-compliant, or deteriorating. This technical intervention ensures that the building envelope meets current UK Building Regulations, particularly regarding fire safety, structural stability, and moisture management.
In the wake of evolving fire safety regulations in the UK, combustible insulation replacement has become a priority for building owners and property managers. The presence of flammable materials within an external wall system poses significant risks to life safety and property value. Addressing these issues requires a systematic approach to identification, technical assessment, and remedial execution.
External wall insulation remediation is the process of inspecting, repairing, or replacing a building's external insulation system to ensure it meets modern fire safety, thermal performance, and structural standards. This specialist intervention addresses systemic failures in EWI systems, such as water ingress, delamination, or the presence of combustible materials that no longer comply with UK Building Regulations, specifically for buildings over 11 or 18 metres.
HPL cladding remediation refers to the systematic process of investigating, removing, or modifying external wall systems that incorporate High-Pressure Laminate panels. In the UK, this work is typically driven by the need to ensure building safety and compliance with the Building Safety Act and updated Fire Safety Regulations. The process involves identifying combustible materials, assessing the risk to the building envelope, and implementing engineered solutions to achieve a non-combustible or fire-safe finish.
Metal cladding remediation refers to the professional process of identifying, investigating, and resolving defects within metal-based building envelope systems. It encompasses a range of actions from localised repairs and component replacement to full-system overhauls. This process ensures the structure remains weather-tight, aesthetically sound, and fully compliant with current UK fire safety and building regulations.
Following the Grenfell Tower tragedy, the landscape of building safety in the United Kingdom changed permanently. A cladding fire safety survey is now a fundamental requirement for the management of high-rise and multi-storey buildings. These technical assessments are designed to identify combustible materials, verify the presence of adequate fire-stopping, and ensure the entire external wall system meets current life-safety standards.
A cladding inspection is a technical assessment of a building’s external wall system to evaluate its condition, safety, and regulatory compliance. It involves a systematic review of the outer skin, insulation, cavity barriers, and structural fixings to identify defects such as material deterioration, water ingress, or non-compliant fire-safety components. This process provides building owners with the data required to plan repairs, remediation, or full replacement.
A cladding investigation is a technical assessment of a building’s external wall system to identify defects, material composition, and compliance with safety standards. This process involves physical inspections, intrusive testing, and material analysis to determine if the façade is structurally sound, fire-safe, and performing as intended.
Curtain wall systems are among the most complex elements of a building’s exterior. These non-structural outer coverings, typically comprising aluminium frames, glass infill panels, and spandrel sections, are designed to protect the structure from the elements while providing aesthetic appeal. However, when these systems fail due to age, poor installation, or material degradation, the result is often water ingress, thermal inefficiency, or structural instability. Curtain wall remediation is the professional process of identifying these failures and implementing targeted engineering solutions to
Balcony cladding remediation is the technical process of identifying, managing, and rectifying safety and structural defects within the external wall systems surrounding balconies. In the United Kingdom, this often involves addressing non-compliant combustible materials, inadequate fire stopping, and failed waterproofing interfaces that pose risks to life safety and building longevity.
A breather membrane replacement is a specialist remediation process involving the removal of existing external wall layers to install a new, high-performance water-resistant but vapour-permeable layer. This critical component protects the building’s primary structure and insulation from moisture ingress while allowing internal water vapour to escape, preventing interstitial condensation and structural decay.
Cladding bracket replacement is a technical remedial process involving the removal of failed or non-compliant support components within a building's external wall system and installing new, structurally sound fixings. This intervention ensures the façade remains securely attached to the primary structure, maintains required cavity depths, and meets modern fire safety standards. It is typically required when inspections reveal structural fatigue, significant corrosion, or the presence of combustible components within the "helping hand" bracket system.
Cladding rail replacement is the process of removing and renewing the structural framework that secures external façade panels to a building’s primary structure. This infrastructure, often hidden behind the visible rainscreen, is critical for managing wind loads, supporting the weight of the cladding, and ensuring the fire safety performance of the external wall system.
Parapet cladding remediation is the technical process of assessing, repairing, or replacing the external façade elements located at the topmost edge of a building’s wall system. These areas, known as parapets, serve as critical junctions between the roof and the external wall, requiring precise fire stopping, structural integrity, and weatherproofing to ensure the safety of the entire building envelope.
Fire barrier remediation is the technical process of correcting, repairing, or replacing failed cavity barriers and fire stops within a building’s external wall system. This specialist work ensures that in the event of a fire, the concealed gaps behind cladding panels do not act as chimneys that allow flames and smoke to spread rapidly across the facade.
Brick slip cladding remediation refers to the systematic process of investigating, repairing, or replacing decorative thin-clay brick veneers that have failed due to structural issues, moisture ingress, or non-compliance with fire safety regulations. This technical intervention ensures the external wall system meets current UK Building Regulations, specifically regarding thermal performance and fire resistance for multi-storey buildings.
Fibre cement cladding remediation refers to the systematic process of identifying, testing, and correcting defects in external wall systems that use fibre-reinforced cementitious panels. This professional intervention addresses issues ranging from structural instability and moisture-related degradation to fire safety non-compliance, ensuring the building envelope meets current UK Building Regulations and British Standards.
GRC cladding remediation refers to the systematic process of identifying, testing, and rectifying defects in Glass Reinforced Concrete (GRC) facade systems. This process encompasses everything from localised structural repairs to comprehensive GRC cladding replacement where panels have reached the end of their service life or fail to meet modern safety standards.
External wall systems using pre-fabricated units are a staple of modern UK construction. Insulated panel replacement refers to the systematic removal and substitution of composite or sandwich panels that no longer meet thermal, structural, or fire safety standards. This process is essential for maintaining the building envelope’s integrity and ensuring compliance with the Building Safety Act and updated Building Regulations.
SFS remediation refers to the professional investigation, structural repair, or full-scale replacement of Steel Framing Systems (SFS) within a building’s external wall. In the UK, this process is typically required when the light gauge steel framing—which provides the structural skeleton for the façade—is found to be corroded, incorrectly installed, or failing to meet modern fire safety and thermal performance standards. A successful remediation strategy ensures the structural integrity of the building envelope while ensuring compliance with the Building Safety Act and updated Building Regulat
In the complex hierarchy of an external wall system, the sheathing board occupies a critical position. Often hidden behind the decorative cladding and insulation layers, it serves as the primary structural skin of the building’s frame. When this component fails due to moisture ingress, structural movement, or fire safety non-compliance, sheathing board replacement becomes a technical necessity to ensure the long-term viability and safety of the property.
Steel cladding remediation is the process of inspecting, repairing, or replacing external metal wall systems to ensure they meet modern fire safety, structural, and thermal standards. In the UK, this work is essential for high-rise residential and commercial buildings where existing steel façades may have deteriorated or were originally installed without adequate cavity barriers and non-combustible insulation.
Terracotta cladding remediation refers to the specialist process of identifying, managing, and resolving defects within external wall systems that utilise fired-clay tiles or rainscreen panels. This technical intervention ensures that the building envelope remains structurally sound, weather-tight, and compliant with current UK fire safety regulations and Building Regulations (specifically Approved Document B).
External timber facades have long been a popular choice for UK architects and developers, offering a natural aesthetic and strong environmental credentials. However, as buildings age and regulatory standards evolve—particularly following the Building Safety Act 2022—many property owners are finding that these systems require significant intervention.
Zinc cladding remediation is the technical process of identifying, managing, and resolving defects in zinc-based facade systems. This work typically involves structural inspections, moisture analysis, and the repair or replacement of non-compliant components. Effective remediation ensures that the external wall system meets modern fire safety standards, provides weather protection, and maintains the building’s aesthetic integrity.
Cladding adhesion testing is a critical technical assessment used to determine the structural integrity of bonded façade systems. This process measures the tensile strength of the bond between the cladding material and its substrate, ensuring the system can withstand wind loads, thermal expansion, and environmental degradation. For building owners and managing agents, these tests provide empirical evidence of whether a façade remains safe or requires remedial intervention.
Professional cladding testing is a rigorous process used to evaluate the safety, integrity, and regulatory compliance of a building's external wall system. It involves physical sampling, laboratory analysis, and on-site inspections to identify material composition, fire performance, and structural stability. This technical assessment ensures that façades meet current UK building regulations and provides a clear pathway for necessary remediation or repair works.
Ensuring the structural stability of a building envelope requires more than a visual assessment of the exterior panels. Cladding pull out testing is a vital onsite procedure used to measure the physical load-bearing capacity of fixings and anchors within an external wall system. By applying a controlled tensile load to a fastener, engineers can verify that the substrate—whether it be concrete, masonry, or steel—is capable of holding the cladding system securely under environmental stresses such as wind loading and self-weight.
A cladding wind load assessment is a technical engineering evaluation used to determine the specific wind pressures a building’s external wall system must withstand. It involves calculating peak positive (pressure) and negative (suction) forces based on the building's height, location, and geometry to ensure that panels, fixings, and subframes remain structurally secure under extreme weather conditions.
Glass Reinforced Plastic (GRP), often referred to as fibreglass, has been a staple in the UK construction industry for decades. Its lightweight nature, versatility in moulding, and durability made it a popular choice for architectural features, decorative cornices, and modular wall panels. However, as building safety standards evolve and the long-term performance of these materials becomes clearer, many property owners now face the technical challenge of GRP cladding remediation.
A standard intrusive inspection for a medium-sized block typically takes 2 to 4 days on-site. This includes time for access set-up and the opening of several "sample areas" across different elevations. A full technical report usually follows within 10 to 14 days, once laboratory results for material samples are returned.
In the vast majority of cases, no. Cladding replacement is an external process. While there will be noise and some loss of light due to scaffolding or platforms, the interior of the apartments remains habitable. We implement strict safety zones to ensure residents can enter and exit the building safely throughout the construction period.
ACM (Aluminium Composite Material) consists of two thin aluminium sheets bonded to a core material, which can be highly combustible (PE) or fire-retardant (FR/A2). HPL (High-Pressure Laminate) is made of wood or paper fibres bonded with resin. Both can be safe or unsafe depending on their specific fire rating and how they are installed within the overall wall system.
Not necessarily. An EWS1 form specifically addresses fire safety related to the external wall system for valuation purposes. It does not cover other aspects like thermal performance, general maintenance, or internal fire safety measures (like sprinklers or fire doors). A building could "pass" an EWS1 but still require maintenance for water ingress or panel deterioration.
If your building was constructed or refurbished between 1990 and 2017 and features a rainscreen cladding system, it should be professionally assessed. Look for signs of "sandwich panels," visible insulation in the gaps between panels, or any documentation mentioning "composite" materials. If in doubt, an initial visual audit by a façade specialist is the recommended first step.
No. Fire-retardant paints are not a substitute for compliant cladding materials. The fire risk usually resides in the core of the panel or the insulation behind it. Surface treatments do not prevent the internal spread of fire through the cavity, which is the primary concern in high-rise building safety.
The Golden Thread is a requirement under the Building Safety Act for a digital record of a building's design, construction, and management. For cladding, this includes specific details on the materials used, how they were installed, and the results of all safety tests. This record must be maintained throughout the building's lifecycle.
Yes. Current UK regulations generally ban the use of combustible materials on the external walls of "relevant buildings" (including high-rise flats and hospitals) over 18 metres in height. For buildings between 11 and 18 metres, a risk-based approach via PAS 9980 is used to determine if the materials are acceptable.
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