Combustible cladding replacement is the removal and replacement of combustible external wall cladding components and associated façade build-up elements with compliant non-combustible or otherwise specification-compliant replacement systems within a UK building façade assembly. Cladding Remediation delivers combustible cladding replacement as a compliance-led external wall remediation service engineered for the realities of UK building stock, where façade fire risk and compliance outcomes depend on system continuity across cladding, cavities, interfaces, and fire-stopping-critical junctions rather than visible panels alone. Combustible cladding replacement is typically delivered within a layered external wall assembly that may include subframe components, insulation, cavity barriers, membranes, sheathing, and junction detailing around openings and structure. Where combustible cladding forms part of an unsafe or non-compliant external wall system, combustible cladding replacement must be delivered as a controlled system-correction process, not a panel substitution exercise in isolation. By aligning evidence-led scope definition, controlled combustible cladding removal, compliant replacement build-up installation, interface coordination, cavity barrier and fire stopping continuity correction, phased occupied-building delivery, and verifiable closeout documentation, Cladding Remediation delivers combustible cladding replacement that reduces residual façade fire risk, restores external wall assembly continuity, and supports long-term building assurance on UK buildings.

How Does Combustible Cladding Replacement Reduce External Wall Fire Risk on UK Buildings?

Combustible cladding replacement reduces external wall fire risk on UK buildings by removing combustible cladding components and installing compliant replacement façade build-up elements as a continuous, verified external wall system across panels, cavities, and critical interfaces. Cladding Remediation delivers combustible cladding replacement for the realities of occupied UK buildings, where legacy façade build-ups, concealed cavity defects, interface discontinuities, scaffold logistics, and phased access constraints all affect how replacement works must be sequenced. External wall fire risk is not reduced reliably by replacing combustible panels alone when insulation configuration, cavity barrier continuity, or interface fire stopping at junctions remains defective, misaligned, or incomplete. PAS 9980 and FRAEW-aligned evidence pathways, intrusive opening-up findings, combustible cladding removal boundaries, replacement build-up requirements, temporary weatherproofing controls, phased delivery planning, and quality assurance evidence capture all influence how combustible cladding replacement must be designed and delivered. By aligning verified site evidence, combustible cladding replacement boundaries, installation sequencing, interface coordination, and closeout governance, Cladding Remediation delivers combustible cladding replacement that reduces residual external wall fire risk, restores façade continuity, and supports verifiable compliance outcomes across UK buildings.

  1. Cladding Remediation defines combustible cladding replacement scope using evidence-led investigation so replacement boundaries align with verified external wall defects, combustible material locations, and façade fire-risk concentration.
  2. Cladding Remediation removes combustible cladding and installs compliant replacement build-ups using controlled sequencing and temporary weatherproofing so occupied buildings remain protected during phased works.
  3. Cladding Remediation coordinates cavities and interfaces during combustible cladding replacement so openings, junctions, and concealed transitions are not left misaligned, exposed, or discontinuous.
  4. Cladding Remediation aligns combustible cladding replacement with wider external wall remediation requirements so installation supports cavity barrier continuity correction, fire stopping correction, and system-level façade fire-risk reduction.
  5. Cladding Remediation integrates quality assurance evidence capture and closeout documentation so combustible cladding replacement can be verified, governed, and maintained over the building lifecycle.

These combustible cladding replacement decisions produce the following performance and assurance outcomes:

  1. Evidence-led combustible cladding replacement scope → confirms actual combustible façade components and replacement boundaries → installation targets verified external wall fire-risk drivers
  2. Controlled combustible cladding replacement sequencing and weatherproofing → maintains exposure control and building protection → phased installation does not create uncontrolled ingress during remediation
  3. Interface coordination during combustible cladding replacement → protects continuity across junctions, openings, and transitions → façade fire-risk reduction is not undermined by detail defects
  4. Replacement sequencing aligned to system correction → preserves installation readiness across cavities and interfaces → cavity barrier and fire-stopping works integrate correctly
  5. QA evidence capture and closeout documentation → create a verifiable combustible cladding replacement audit trail → compliance governance and long-term building assurance are supported

Each of these combustible cladding replacement outcomes is produced by a specific evidence, removal-and-installation, coordination, sequencing, and assurance process, which is set out below.

1. Cladding Remediation Defines Combustible Cladding Replacement Scope Using Evidence-Led Investigation and Interface Mapping

Cladding Remediation defines combustible cladding replacement scope using evidence-led investigation and interface mapping because combustible cladding systems form part of layered external wall assemblies with concealed conditions that cannot be corrected safely through visual assumptions alone. During mobilisation, Cladding Remediation coordinates intrusive opening-up and sampling, records as-built build-ups, confirms combustible cladding locations and adjacent insulation configuration, identifies cavity barrier presence and orientation where accessible, and documents fire stopping continuity conditions at critical junctions associated with combustible cladding replacement zones. Interface mapping is used to identify risk concentration points at windows and doors, slab edges, balconies, parapets, movement joints, rainscreen support zones, meter boxes, ventilation terminals, and service penetrations. This evidence-led approach ensures combustible cladding replacement targets verified system defects and combustible material risk drivers, defines correct replacement boundaries, and assigns interface ownership before removal and installation begin.

2. Cladding Remediation Performs Combustible Cladding Replacement Using Controlled Sequencing and Temporary Weatherproofing

Cladding Remediation performs combustible cladding replacement using controlled sequencing and temporary weatherproofing because occupied UK buildings must remain protected while combustible cladding is removed and compliant replacement build-up elements are installed in phased zones. Combustible cladding replacement works can expose openings, cavity zones, sheathing interfaces, and transition details to weather ingress, security, and sequencing risks if progression is not controlled. Cladding Remediation sequences combustible cladding replacement by elevation, zone, and interface dependency, applies exclusion controls, and maintains temporary weatherproofing to protect exposed edges, opening perimeters, and sheathing transitions during staged works. This controlled combustible cladding replacement methodology maintains safe delivery conditions, protects occupied-building operations, and preserves stable conditions for integrated external wall remediation works.

3. Cladding Remediation Coordinates Cavities and Interfaces During Combustible Cladding Replacement

Cladding Remediation coordinates cavities and interfaces during combustible cladding replacement because external wall fire-risk reduction is frequently determined at junctions and concealed zones rather than field panel areas alone. During replacement, conditions at cavity barriers, insulation interfaces, subframe zones, and junction detailing must be coordinated across windows, slab edges, balconies, parapets, movement joints, and penetrations to prevent discontinuities from being built into the replacement façade. Cladding Remediation manages these conditions through staged interface coordination, tolerance control, and sequenced installation so combustible cladding replacement does not create misaligned transitions, open cavities, or avoidable defects at critical detail locations. This interface-led coordination approach ensures combustible cladding replacement supports system continuity and does not undermine follow-on continuity correction and fire-stopping works.

4. Cladding Remediation Aligns Combustible Cladding Replacement With Wider External Wall Remediation Sequencing

Cladding Remediation aligns combustible cladding replacement with wider external wall remediation sequencing because replacement is only one stage of system-level external wall correction and must be coordinated with the works that precede and follow it. If combustible cladding replacement is delivered as an isolated installation activity, remediation programmes can inherit avoidable delays, interface conflicts, continuity failures, and misaligned inspection sequencing. Cladding Remediation plans combustible cladding replacement around related requirements such as cavity barrier correction, interface fire stopping correction, inspection hold points, and final system closeout so each phase progresses on controlled conditions. This sequencing alignment ensures combustible cladding replacement contributes to coherent system correction and supports continuity across the full remediation programme.

5. Cladding Remediation Integrates QA Evidence Capture and Closeout Documentation Into Combustible Cladding Replacement

Cladding Remediation integrates quality assurance evidence capture and closeout documentation into combustible cladding replacement because compliant external wall remediation on UK buildings must be safe, auditable, and verifiable from opening-up through completion of each stage. Phased access planning, scaffold logistics, exclusion zones, temporary weatherproofing, and occupied-building controls are coordinated alongside inspection and evidence capture so delivery and assurance progress together. Cladding Remediation records opening-up findings, combustible cladding removal and replacement extents, interface conditions, cavity barrier and fire stopping continuity evidence where relevant, material traceability, inspection records, and as-built status documentation throughout the programme rather than relying on end-stage reconstruction of evidence. This integrated approach produces a clear combustible cladding replacement audit trail that supports project governance, sign-off decision-making, lifecycle maintenance planning, and verifiable building assurance following combustible cladding replacement.

What Does Combustible Cladding Replacement Include on UK Buildings?

Combustible cladding replacement on UK buildings includes the specification, removal-interface coordination, compliant replacement build-up installation, continuity-correction integration, and verification work required to replace combustible external wall cladding components and associated façade elements as part of a wider external wall remediation strategy. On many UK buildings, combustible cladding replacement is not a simple panel substitution activity because the remediation scope is often determined by the wider external wall assembly, including insulation configuration, cavity barrier continuity, fire stopping at interfaces, subframe conditions, sheathing layers, and junction detailing around openings and structure. As Cladding Remediation Contractors, Cladding Remediation delivers combustible cladding replacement as a coordinated replacement-stage package so scope boundaries, strip-out interfaces, installation sequencing, temporary weatherproofing, continuity correction, occupied-building protection, and closeout records remain aligned to the agreed fire strategy and project governance requirements. By treating combustible cladding replacement as system-level external wall remediation rather than isolated façade panel replacement, Cladding Remediation helps ensure combustible material risk is removed without leaving concealed cavity defects, interface discontinuities, or unresolved fire-stopping pathways within the remediated façade assembly.

  1. Cladding Remediation includes evidence-led scope validation so combustible cladding replacement boundaries are defined against verified façade conditions, combustible material extents, and identified risk concentration zones.
  2. Cladding Remediation includes controlled combustible cladding replacement sequencing so replacement progresses by elevation, zone, and interface dependency rather than as dispersed panel substitution across disconnected façade areas.
  3. Cladding Remediation includes temporary weatherproofing and exposure protection so occupied buildings remain protected while combustible cladding replacement progresses across open cavities, openings, and transition details.
  4. Cladding Remediation includes interface and continuity coordination so junctions, openings, sheathing transitions, subframe zones, and adjacent façade elements align correctly during combustible cladding replacement.
  5. Cladding Remediation includes sequencing coordination with cavity barrier correction and interface fire stopping correction so combustible cladding replacement supports system-level façade continuity rather than field-area-only replacement.
  6. Cladding Remediation includes quality assurance evidence capture and closeout documentation so combustible cladding replacement can be verified, governed, and maintained over the building lifecycle.

These combustible cladding replacement scope elements produce the following delivery and assurance outcomes:

  1. Evidence-led scope validation → confirms combustible cladding replacement boundaries and associated façade conditions → replacement targets verified combustible-risk zones and avoids assumption-led installation
  2. Controlled combustible cladding replacement sequencing → structures replacement by elevation, zone, and interface dependency → phased works progress safely and coherently across occupied façades
  3. Temporary weatherproofing and exposure protection → protects openings, cavities, and transitions during replacement → uncontrolled ingress and exposure risk are reduced
  4. Interface and continuity coordination → aligns junctions and concealed transitions during combustible cladding replacement → façade continuity is preserved across remediated areas
  5. Sequencing coordination with continuity-correction works → aligns replacement with cavity barrier and fire stopping correction → system-level remediation stages proceed without avoidable conflicts
  6. QA evidence capture and closeout documentation → creates a verifiable combustible cladding replacement audit trail → compliance governance, sign-off decisions, and long-term assurance are supported

Each of these combustible cladding replacement inclusions forms part of one coordinated replacement-stage package, which is set out below.

1. Evidence-Led Scope Validation for Combustible Cladding Replacement Boundaries

Combustible cladding replacement on UK buildings typically includes evidence-led scope validation because combustible façade components are often tied to concealed assembly conditions that cannot be corrected reliably through visual assumptions alone. Cladding Remediation supports scope validation through opening-up coordination, as-built condition recording, interface mapping, and replacement-boundary confirmation so the combustible cladding replacement area is defined against verified façade conditions rather than incomplete surface inspection. This element helps distinguish where combustible cladding replacement is required, where replacement boundaries should stop, and where adjacent assembly conditions are likely to affect installation quality, continuity, and compliance outcomes. Including evidence-led scope validation within combustible cladding replacement reduces the risk of assumption-led replacement and improves control of the replacement stage before works begin.

2. Controlled Combustible Cladding Replacement Sequencing

Combustible cladding replacement includes controlled replacement sequencing because façade components on UK buildings often need to be replaced in a planned order to maintain safety, continuity, and programme control across occupied elevations. Cladding Remediation sequences combustible cladding replacement by elevation, zone, and interface dependency so replacement progresses in controlled stages rather than dispersed panel substitution across disconnected areas. Sequencing is coordinated to manage access, isolate active work zones, and maintain stable progression through the combustible cladding replacement area while preserving wider remediation logic. Including controlled combustible cladding replacement sequencing supports safe execution and reduces the likelihood of avoidable disruption, interface conflict, or rework during the replacement stage.

3. Temporary Weatherproofing and Exposure Protection During Combustible Cladding Replacement

Combustible cladding replacement on UK buildings includes temporary weatherproofing and exposure protection because replacement-stage works can leave cavity zones, opening perimeters, sheathing interfaces, and transition details vulnerable to weather ingress and operational risk while installation progresses. Cladding Remediation applies temporary protection measures during phased combustible cladding replacement to protect exposed edges, openings, and façade transitions while compliant replacement build-up elements are being installed and coordinated. These controls are aligned with replacement sequencing so exposed conditions remain managed between replacement activities, inspections, and continuity-correction works. Including temporary weatherproofing and exposure protection within combustible cladding replacement helps prevent uncontrolled ingress, protects building operations, and preserves the condition of exposed assembly elements during the replacement stage.

4. Interface and Continuity Coordination During Combustible Cladding Replacement

Combustible cladding replacement includes interface and continuity coordination because replacement works frequently pass through junction conditions at windows, doors, slab edges, balconies, parapets, movement joints, service penetrations, and other façade transitions that determine whether the remediated façade performs as a continuous external wall system. Cladding Remediation coordinates these interface conditions through staged installation oversight, tolerance control, and replacement-stage sequencing so combustible cladding replacement does not create misaligned junctions, open transitions, or discontinuities across concealed and visible façade elements. This inclusion is especially important where multiple façade components and trades interact within the replacement zone. By including interface and continuity coordination within combustible cladding replacement, Cladding Remediation supports compliant installation quality and preserves external wall assembly continuity across the remediated façade area.

5. Sequencing Coordination With Cavity Barrier and Interface Fire Stopping Correction

Combustible cladding replacement includes sequencing coordination with cavity barrier correction and interface fire stopping correction because replacing combustible cladding alone does not reliably remove external wall risk when concealed continuity defects remain unresolved. Cladding Remediation coordinates combustible cladding replacement with related remediation requirements, including cavity barrier correction, interface fire stopping correction, inspection hold points, access continuity, and staged progression across the façade. This alignment helps prevent combustible cladding replacement from becoming a field-area panel exercise that leaves critical junction and cavity defects untreated or mis-sequenced. Including sequencing coordination within combustible cladding replacement ensures the replacement stage contributes to coherent system correction and supports façade performance across the full remediation programme.

6. QA Evidence Capture and Combustible Cladding Replacement Closeout Documentation

Combustible cladding replacement on UK buildings includes quality assurance evidence capture and closeout documentation because replacement-stage works must be verifiable for project governance, sign-off decisions, and long-term building assurance after installation is complete. Cladding Remediation records combustible cladding replacement extents, interface conditions, temporary protection measures, inspection outcomes, material traceability, and replacement-stage status documentation as works progress, creating a clear audit trail for the completed replacement phase. Where required, records can support continuity verification and handover into broader external wall remediation closeout documentation. Including QA evidence capture and combustible cladding replacement closeout documentation within combustible cladding replacement ensures the replacement stage is not only completed, but also evidenced, governable, and properly integrated into the wider external wall remediation programme.

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What Does Combustible Cladding Replacement in the UK Require for Occupied Buildings and External Wall Systems?

Combustible cladding replacement in the UK requires evidence-led replacement boundaries, verified combustible material identification, compliant replacement build-up installation, cavity barrier and interface fire stopping continuity correction, temporary weatherproofing, occupied-building delivery controls, and verifiable replacement-stage documentation so external wall fire risk is reduced at system level rather than only at visible panel level. Cladding Remediation delivers combustible cladding replacement for the realities of UK building stock, where façade fire-risk outcomes depend on continuity across cladding, cavities, interfaces, and junctions, not isolated panel substitution. On occupied buildings, combustible cladding replacement must be planned and sequenced around live operations, phased access, scaffold logistics, and exposed-condition protection while removal and replacement progress through active elevations. PAS 9980 and FRAEW-aligned evidence pathways, together with RICS guidance that references PAS 9980 within the post-Consolidated Advice Note approach and clarifies that EWS1 is not a life-safety certificate, shape how combustible cladding replacement scope, sequencing, and system-level remediation decisions are evidenced and delivered on UK buildings. By aligning verified site evidence, combustible cladding replacement-stage controls, interface continuity requirements, and closeout governance, Cladding Remediation delivers combustible cladding replacement that reduces residual façade fire risk, restores external wall assembly continuity, and supports verifiable long-term building assurance.

The UK-specific requirements that govern combustible cladding replacement performance include:

  1. Evidence-Led Combustible Cladding Replacement Boundary Definition for UK Buildings
  2. Verified Combustible Material Identification and Replacement Scope Control
  3. Compliant Replacement Build-Up Installation Sequencing for Occupied UK Buildings
  4. Cavity Barrier and Interface Fire Stopping Continuity Requirements During Combustible Cladding Replacement
  5. Temporary Weatherproofing, Occupied-Building Protection Controls, and Combustible Cladding Replacement Closeout Documentation Requirements

The causal requirements listed above determine how each combustible cladding replacement programme must be planned and delivered on occupied UK buildings, as set out below.

  1. Evidence-led replacement boundary definition → confirms verified combustible-risk zones and system defects → replacement targets actual external wall fire-risk drivers without assumption-led scope
  2. Verified combustible material identification → confirms what is being removed and what adjacent elements are affected → replacement scope is controlled at façade-system level, not panel-label level
  3. Compliant replacement build-up sequencing → structures removal/replacement by elevation, zone, and interface dependency → phased works progress safely and coherently across occupied façades
  4. Cavity barrier and interface fire stopping continuity correction → closes concealed void and junction pathways during replacement → fire-risk reduction is not undermined by residual continuity defects
  5. Temporary weatherproofing, occupied-building controls, and documentation → maintain safe operations and verifiable governance during staged works → sign-off and long-term assurance are supported by evidence

1. Evidence-Led Combustible Cladding Replacement Boundary Definition for UK Buildings

Combustible cladding replacement in the UK must begin with evidence-led replacement boundary definition because combustible façade components are frequently connected to concealed assembly conditions that cannot be corrected reliably through visual assumptions alone. Intrusive opening-up, sampling support, as-built condition recording, and interface mapping are used to confirm where combustible cladding replacement is required, where replacement boundaries should stop, and which adjacent conditions are likely to affect compliance and continuity outcomes during delivery. These investigations may identify combustible cladding at field areas and detail zones, as well as associated risk concentration around openings, slab edges, balconies, parapets, movement joints, rainscreen support zones, and service penetrations. Cladding Remediation uses verified evidence to define combustible cladding replacement extents and replacement-stage controls so works target confirmed external wall fire-risk drivers without assumption-led over-removal, under-scoping, or unstable handover conditions.

2. Verified Combustible Material Identification and Replacement Scope Control

Combustible cladding replacement in the UK requires verified combustible material identification and replacement scope control because façade fire-risk reduction depends on correctly identifying the combustible components and associated build-up elements that form part of the unsafe or non-compliant external wall system. Visual appearance alone may not provide reliable confirmation of combustible material type, extent, or interface dependency across the façade assembly. Cladding Remediation aligns combustible cladding replacement scope with verified site evidence, opening-up findings, and documented façade conditions so removal-and-replacement decisions are made against confirmed material locations and system interfaces. This requirement helps prevent combustible cladding replacement from being treated as a surface-only panel swap and supports controlled, system-level remediation planning.

3. Compliant Replacement Build-Up Installation Sequencing for Occupied UK Buildings

Combustible cladding replacement in the UK requires compliant replacement build-up installation sequencing because occupied buildings often need façade works to progress in a controlled order that maintains safety, protection, and programme stability while combustible components are removed and replacement systems are installed. Cladding Remediation sequences combustible cladding replacement by elevation, zone, and interface dependency so works progress through stable, inspectable stages rather than dispersed replacement activity across disconnected areas. Sequencing is coordinated with access arrangements, work-zone isolation, temporary protection, and installation hold points to preserve continuity and inspection readiness throughout delivery. This controlled sequencing requirement reduces avoidable disruption, protects installation quality, and helps ensure combustible cladding replacement remains aligned with wider external wall remediation programme logic.

4. Cavity Barrier and Interface Fire Stopping Continuity Requirements During Combustible Cladding Replacement

Combustible cladding replacement in the UK requires cavity barrier and interface fire stopping continuity correction because replacing combustible cladding components alone does not reliably remove external wall fire risk where concealed void pathways or junction discontinuities remain. As combustible cladding replacement progresses, conditions at cavity barriers, insulation interfaces, subframe zones, and critical junctions must be coordinated so continuity defects are not left behind or built back into the remediated façade. Cladding Remediation aligns combustible cladding replacement with cavity barrier correction and interface fire stopping correction across openings, slab edges, balconies, parapets, movement joints, and penetrations so the external wall assembly performs as a continuous system. This requirement is critical to ensuring combustible cladding replacement delivers system-level fire-risk reduction rather than field-area visual improvement only.

5. Temporary Weatherproofing, Occupied-Building Protection Controls, and Combustible Cladding Replacement Closeout Documentation Requirements

Combustible cladding replacement in the UK requires temporary weatherproofing, occupied-building protection controls, and verifiable closeout documentation because staged façade works on live buildings must remain safe, governable, and auditable from mobilisation through completion. Removal and replacement works can expose openings, cavity zones, sheathing interfaces, and transition details to weather ingress and operational risk if temporary protection is not installed and maintained throughout phased delivery. Cladding Remediation coordinates temporary weatherproofing, scaffold logistics, exclusion zones, phased access planning, and building protection measures alongside inspection and evidence capture so delivery and assurance progress together. In parallel, Cladding Remediation records combustible cladding replacement extents, interface conditions, continuity-correction evidence where relevant, material traceability, inspection outcomes, and replacement-stage status documentation. These controls and records create a verifiable combustible cladding replacement audit trail that supports project governance, sign-off decision-making, and long-term building assurance following combustible cladding replacement on UK buildings.

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When Does a UK Building Need Professional Combustible Cladding Replacement?

If a UK building has confirmed or suspected combustible cladding, unresolved external wall fire-risk findings, or uncertainty around cavity barrier and interface fire-stopping continuity within combustible façade zones, professional combustible cladding replacement should be assessed before combustible-risk conditions, compliance gaps, or hidden junction defects are carried forward into the remediated external wall system. PAS 9980-based external wall fire risk appraisal pathways and FRAEW-led evidence gathering are commonly used to inform how external wall risk is understood and scoped in practice, which is why combustible cladding replacement decisions should be made against verified façade evidence rather than visual panel assumptions alone. Combustible cladding risk is not determined by visible cladding panels alone. On many UK buildings, the need for combustible cladding replacement is governed by the wider external wall assembly behind and around the cladding zone, including insulation configuration, cavity barrier layout, fire stopping at interfaces, subframe conditions, sheathing layers, and junction detailing at windows, doors, slab edges, balconies, parapets, movement joints, and service penetrations. Where these conditions remain uncertain, non-compliant, discontinuous, or incompatible with the required remediation outcome, panel-only assumptions can leave combustible-risk pathways or residual façade defects unresolved after visible replacement works are completed. On occupied buildings, delayed combustible cladding replacement can also increase programme and risk-control complexity by extending exposure to temporary protection demands, repeat access requirements, scaffold dependency, phased disruption, and reactive opening-up across live elevations. Cladding Remediation assesses combustible cladding systems as complete external wall assemblies using evidence-led review of combustible material locations, as-built build-ups, interface risk concentration, cavity barrier continuity, fire-stopping continuity, and replacement scope requirements aligned to the agreed fire strategy and project governance pathway. This allows combustible cladding replacement decisions to be made against verified system conditions rather than isolated panel defects, procurement assumptions, or incomplete façade surveys. Where required, Cladding Remediation can support the next technically correct step, whether that is intrusive opening-up and scope validation, targeted combustible façade corrections, or a phased combustible cladding replacement programme coordinated with cavity barrier and interface fire-stopping remediation. If your building has identified or suspected combustible cladding, unresolved external wall fire-risk findings, missing remediation evidence, or uncertainty around the correct replacement boundary, request a combustible cladding replacement assessment or project scope review to determine the appropriate remediation pathway for the building.

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