A heritage building’s structural framework is its backbone — but unlike modern constructions, it’s often composed of timber, masonry, and early steel that have been standing for over a century. Over time, settlement, moisture ingress, corrosion, and material fatigue can weaken these elements, creating safety risks and accelerating deterioration.

At Atomic Projects, we provide precision-engineered stabilisation solutions that reinforce and protect heritage structures without compromising their historic fabric.

Comprehensive Structural Diagnosis

Before we stabilise, we diagnose. Our engineers and heritage specialists conduct:

• Load Path Analysis – Determine how weight and forces move through the structure to identify weak points.
• Material Strength Testing – Assess existing timber, stone, brick, and steel for load-bearing capacity.
• Deflection & Movement Monitoring – Use crack gauges, laser scanning, and structural sensors to track ongoing movement.
• Hidden Corrosion Detection – Non-destructive testing (NDT) to locate concealed steel corrosion inside masonry.

Targeted Stabilisation Techniques

1. Timber Beam & Joist Replacement
   • Remove deteriorated members and replace with heritage-matched timber or concealed steel for added strength.
   • Use splice repairs where possible to retain original fabric.
2. Steel Corrosion Treatment & Replacement
   • Remove rusted steel lintels, beams, and ties.
   • Treat with anti-corrosion coatings or replace with stainless steel alternatives.
3. Masonry Reinforcement
   • Insert concealed stainless-steel rods or helical bars within brick/stone to distribute load and arrest cracking.
4. Underpinning & Foundation Strengthening
   • Mini-piling or traditional underpinning to stabilise subsiding sections of the building.
5. Wall Tie & Anchorage Systems
   • Install stainless wall ties or discreet anchor plates to stabilise bulging walls without visible disruption.

Minimal Intervention, Maximum Strength

We apply heritage-led engineering principles:

• Preserve as much original material as possible.
• Make interventions reversible where feasible, ensuring future restorers can work without obstruction.
• Conceal modern reinforcement within traditional finishes so the visual character remains untouched.

Compliance & Safety

• Works comply with Australian Standards for Structural Design (AS 1170 series) and Heritage Council approvals.
• Detailed method statements and photographic documentation for conservation records.
• Collaboration with heritage architects and structural engineers throughout.

Benefits of Structural Stabilisation

• Prevents Collapse – Addresses critical safety hazards before they escalate.
• Extends Lifespan – Strengthens the building for decades without intrusive rebuilds.
• Preserves Heritage Value – Maintains both appearance and historic authenticity.
• Enables Adaptive Reuse – Makes older structures safe for modern occupancy or conversion.

Why Choose Atomic Projects

• Dual Expertise – Our team bridges heritage craftsmanship with advanced structural engineering.
• Specialist Access Equipment – Allows safe work on fragile and restricted heritage sites.
• Long-Term Guarantee – Structural works backed by warranties and inspection reports.
• Council & Heritage Liaison – Full handling of permits, reports, and on-site compliance.

When you choose Atomic Projects for Structural Stabilisation, you’re choosing more than just reinforcement — you’re safeguarding a piece of history, ensuring it remains structurally sound and visually authentic for generations to come.

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If you’re ready to get started, we're ready to help.

Take the next step and let’s build something that lasts.

📞 Call Us: 0410 515 509

✉️ Email Us: hello@atomicprojects.com.au

— Ben Tran, General Manager, Atomic Projects

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