The Belmont Recladding Project involved safe removal of combustible ACP panels and replacement with tested, non combustible assemblies. We engineered Compliant Cladding Systems to align with NCC 2019, AS 5113 and façade fire propagation limits, including documented fixings, sub frame remediation and cavity detailing. Our Recladding Solutions program used rope access, scaffolding and traffic controls to protect occupants and maintain building operation. Comprehensive QA captured substrate repairs, membrane tie ins and window interface flashing.
Delivery of the Belmont Recladding Project followed DBP documentation requirements and ISO QA checkpoints for product traceability, water testing and pull out verification. The Compliant Cladding Systems dossier included datasheets, warranties and as built drawings. Our Recladding Solutions methodology emphasised occupant communication, waste handling and environmental controls, resulting in a safer façade and improved asset resilience.
Belmont Recladding Project was delivered as part of Project Remediate Ensuring safety through precision and compliance.
For further details, please refer to Belmont Recladding Project, Compliant Cladding Systems, Recladding Solutions.
Why Recladding Was Essential | Our Role as the Remediate Contractor
In the aftermath of the 2017 Grenfell Tower fire, ACP cladding with flammable cores was declared a major safety concern across Australia. The Belmont building was identified as containing such cladding, requiring urgent remediation through the NSW Government’s Project Remediate.
SCE was engaged to deliver a complete recladding solution, Belmont Recladding Project, from safe removal through to full compliance. We managed all technical, structural and logistical aspects while adhering to strict regulatory frameworks.
Our Step by Step Process of Belmont Recladding Project
Combustible cladding was carefully removed and disposed of in accordance with safety standards.
Step 1: Safe Removal
Combustible cladding was safely dismantled and disposed of following EPA and WHS protocols.
Step 2: Substructure Inspection
Licensed engineers thoroughly examined the underlying structure to ensure it was free of corrosion or defects.
Step 3: Subframe Installation
Outdated galvanised steel frames were replaced with marine grade aluminium for long term corrosion resistance in Belmont’s coastal environment.
For further details, please refer to Belmont Recladding Project, Compliant Cladding Systems, Recladding Solutions.
Keeping the Community Safe | Engineering Precision
Our traffic management team implemented a site specific control plan, specifically designed for Belmont Recladding Project, maintaining vehicle and pedestrian access while securing the work zone.
The façade’s unique curvature required millimetre accurate measurement and fabrication. Our experienced team ensured every panel was shaped and installed with exacting detail.
Quality Comes First | Installation That Lasts
Any non compliant or defective panels were refabricated before installation. We don’t compromise on quality every panel is inspected and signed off before final fitment.
Panel Installation
Installed using Elevated Work Platforms (EWP) to guarantee safe and efficient vertical transport.
Waterproofing
Joint sealants were applied to ensure watertight protection, critical in high moisture zones.
For further details, please refer to Belmont Recladding Project, Compliant Cladding Systems, Recladding Solutions.
Working Through Design Delays | Ongoing Communication & Support
Despite extended delays caused by external design consultants, we remained solution focused and collaborative, keeping the client informed and the project moving forward.
Throughout the project, we maintained full transparency with all stakeholders. From weekly progress reports to design reviews, our support was consistent and solution oriented throughout Belmont Recladding Project.
A Safer, Modern Façade
The Belmont recladding project now stands as a fully compliant, visually refreshed and safer residential asset meeting all fire safety and design standards. For further details, please refer to Belmont Recladding Project, Compliant Cladding Systems, Recladding Solutions.
FAQ
1. Why was recladding necessary for the Belmont building?
Following the Grenfell Tower tragedy, the building was identified as containing combustible ACP cladding, which posed significant fire risks and required urgent remediation under Project Remediate. For further details, please refer to Belmont Recladding Project, Compliant Cladding Systems, Recladding Solutions.
2. What type of cladding replaced the old system?
We installed non combustible aluminium cladding with corrosion resistant framing suitable for coastal environments. For further details, please refer to Belmont Recladding Project, Compliant Cladding Systems, Recladding Solutions.
3. How long did the Belmont recladding project take?
The project duration was 10 months, extended slightly due to design delays beyond our control. For further details, please refer to Belmont Recladding Project, Compliant Cladding Systems, Recladding Solutions.
4. Was traffic impacted during the works?
Minimal disruption was ensured through certified traffic controllers and an approved site traffic plan. For further details, please refer to Belmont Recladding Project, Compliant Cladding Systems, Recladding Solutions.
5. How does SCE ensure quality during installation?
We use precision measurements, millimetre accuracy and reject any non compliant or faulty materials before installation. For further details, please refer to Belmont Recladding Project, Compliant Cladding Systems, Recladding Solutions.
6. What was SCE’s role in the project?
SCE was appointed as the Remediate Contractor, responsible for cladding removal, engineering coordination, installation, quality assurance and site safety. For further details, please refer to Belmont Recladding Project, Compliant Cladding Systems, Recladding Solutions.
7. How were design delays managed during the Belmont recladding project?
Design delays were handled through consistent communication and collaboration with external consultants. SCE maintained full transparency provided weekly progress updates and ensured that all adjustments aligned with safety and compliance requirements without affecting project quality. For further details, please refer to Belmont Recladding Project, Compliant Cladding Systems, Recladding Solutions.
8. What steps were taken to minimise disruption to residents during the recladding?
SCE implemented detailed traffic and access management plans to keep residents safe and minimise inconvenience. Work zones were securely isolated while regular communication ensured that residents remained informed and disruptions were kept to a minimum. For further details, please refer to Belmont Recladding Project, Compliant Cladding Systems, Recladding Solutions.
9. How did SCE manage safety and compliance throughout the recladding process?
SCE followed strict safety and compliance procedures including EPA and WHS standards. Each phase was inspected and documented to ensure full adherence to DBP requirements guaranteeing a safe and fully compliant façade for the Belmont building. For further details, please refer to Belmont Recladding Project, Compliant Cladding Systems, Recladding Solutions.
10. What are the long term benefits of the Belmont recladding project?
The recladding project improved fire safety enhanced building durability and increased property value. The use of non combustible materials and precise installation techniques ensures long lasting protection reduced maintenance costs and improved occupant safety. For further details, please refer to Belmont Recladding Project, Compliant Cladding Systems, Recladding Solutions.
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