🔥 Enhancing Building Fire Safety with Certified Aluminium Fire-Rated Joinery

With the increasing frequency of global fire incidents and the growing density of our urban environments, fire safety engineering is now a critical consideration in the design and construction of modern buildings. Architects, engineers, and building consultants must prioritise integrated fire protection systems — and that includes high-performance fire-rated façades, windows, and doors.

Fire-rated joinery systems are a key component in compartmentation strategies. They are engineered to prevent the spread of flames, heat, and smoke, providing vital evacuation time and helping first responders mitigate damage. This is especially critical in high-rise, mixed-use, and dense urban developments where vertical and horizontal fire spread poses significant risks.

👉 ACMF is currently New Zealand’s only BRANZ-assessed, accredited supplier of aluminium fire-rated joinery — delivering fully certified solutions using Reynaers Fire Rated Aluminium Systems.

Our systems offer:

  • Tested and certified performance: Proven fire resistance ratings in accordance with rigorous local standards.
  • Material advantages: Aluminium outperforms traditional steel in corrosion resistance and requires significantly lower maintenance — crucial for New Zealand’s varied and harsh climatic conditions.
  • Architectural flexibility: A wide range of configurations, opening types, and design options to suit both commercial and residential projects.
  • Weathertight and durable: Engineered to perform in New Zealand’s demanding building environments.

As the built environment evolves, so must our approach to passive fire protection. Incorporating certified fire-rated joinery into your project is a smart, future-proofed investment in occupant safety, asset protection, and regulatory compliance.

If you’re working on a project requiring certified fire-rated windows, doors, or façades — let’s connect. We offer consultation, specification support, and full technical guidance.