Projects
Mariners Reach Balustrade Refurbishment
A refurbishment project involving the careful removal and reinstallation of existing stainless steel balustrades to support the upgrade of a major Brisbane riverwalk.
Project Overview
Category: Balustrades, Commercial
Location: Mariners Reach, Brisbane
Project Description: Southern Stainless was engaged to remove and reinstall existing stainless steel balustrades along the Mariners Reach Riverwalk to facilitate the replacement of ageing timber decking with new composite decking.
This project required precise handling and coordination to ensure the integrity of the existing balustrades was maintained throughout the process. Our team worked closely with the head contractor to safely dismantle, store, and reinstall the balustrade system once the new decking was completed.
The refurbishment ensures the continued safety, functionality, and visual consistency of this high-use public walkway.
Our Role
- Careful removal of existing stainless steel balustrades
- Coordination with head contractor during decking replacement
- Secure handling and storage of components
- Reinstallation and alignment of balustrade system
- Final inspection to ensure safety and compliance
Key Features
- Retention and reuse of existing stainless steel balustrade system
- Integration with new composite decking
- Maintained structural integrity and alignment throughout works
- Suitable for high-traffic public environments
- Durable, low-maintenance solution for riverside conditions
Applications
This type of service is ideal for:
- Public infrastructure upgrades and refurbishments
- Riverwalks and boardwalks
- Commercial and council projects
- Decking replacement works requiring balustrade removal
- Asset preservation and lifecycle extension
Project Outcome
The Mariners Reach Riverwalk upgrade enhances the longevity and safety of the structure, ensuring it remains a reliable and accessible public space. By retaining and reinstating the existing stainless steel balustrades, the project achieved a cost-effective and sustainable outcome while maintaining the original aesthetic.
