We perform fire resistance tests to determine the functionality of large-scale structures, evaluating load-bearing capacity, integrity and insulation performance.
Comprehensive Fire Resistance Testing
Fire resistance tests determine the likely behaviour of an element of construction when subjected to a fully developed fire. Our advanced laboratory has the capability to test both vertical and horizontal constructions to prove fire resistance performance. Our service offering covers a wide range of Australian and International standards including Australian Standard (AS), British Standard (BS), European Standard (EN), International Marine Organization (IMO), International Organization for Standardization (ISO), American Society for Testing and Materials (ASTM), Underwriters Laboratories (UL) and National Fire Protection Association (NFPA).
AS 1530.4 Fire-Resistance Tests for Elements of Construction
AS 1530.4 specifies the methods for evaluating the fire resistance of construction elements under standardised fire conditions. We provide comprehensive testing services compliant with this standard, guaranteeing reliable performance across a broad spectrum of building materials and systems. Our AS 1530.4 testing services include:
- Columns, beams, girders and trusses
- Fire dampers, air ducts and air transfer grilles in ducts
- Floors, roofs and ceilings
- Glazed systems
- Service penetrations and control joints
- Structural steelwork protection
- Timber and steel fire-resistant door sets and shutter systems
- Walls and partitions
AS 1530.7 Leakage Testing
AS 1530.7 defines the procedures for ambient and medium temperature leakage testing, providing a standardised method to measure the passage of smoke from one side of an assembly to the other. This test is essential for evaluating the performance of various assemblies in controlling smoke leakage under specific conditions.
We specialise in AS 1530.7 testing for:
- Doors
- Dampers
- Walls
AS/NZS 3013 Electrical Installations
AS/NZS 3013 establishes a classification system for wiring installations based on their resistance to fire and mechanical damage. The standard outlines type tests to verify the level of protection provided by different wiring systems. It is referenced in other standards that require wiring systems to demonstrate a specified degree of resistance to fire and mechanical impacts. We can test power cables, communication cables, junction boxes, cable tray and ladder support systems to AS/NZS 3013.
Our testing capabilities to AS/NZS 3013 include:
- Appendix A: Fire test method – cables and busways
- Appendix B: Water test method – cables and busways
- Appendix C: Supports and fixings
- Appendix D: Mechanical test method – impact test
- Appendix E: Mechanical test method – cutting test
AS 1530.8.1 and AS 1530.8.2 Bushfire Simulated Testing
AS 1530.8.1 evaluates the performance of building elements when exposed to simulated bushfire conditions, including radiant heat, embers, and debris. AS 1530.8.2 extends this testing to include exposure to large flaming sources, simulating more intense bushfire scenarios. These tests are critical for assessing the fire resistance and resilience of external construction elements in bushfire-prone areas. You can view our full capability for Bushfire Testing via our dedicated page here.
IMO Resolution MSC 307 (88) – 2020 FTP Code Marine Testing
The IMO Resolution MSC 307 (88) – 2020 FTP Code outlines testing procedures to assess the smoke generation and toxic potency of materials used in maritime construction. This ensures products meet safety standards for use on ships and other marine structures.
Our testing capabilities under the IMO Resolution MSC 307 (88) – 2020 FTP Code include:
- Loadbearing and non-loadbearing bulkheads
- Loadbearing and non-loadbearing decks
MEET OUR EXPERTS
Bachelor of Engineering – Mechanical and Aerospace
Master of Fire Safety Engineering, Bachelor of Biotechnology
