We document every item in our waterproofing AS/NZS 4586 Slip Testing inspection, and we provide you with a detailed report outlining all our findings. We undertake a comprehensive inspection of the building or design plans to identify any potential compliance issues. We discuss with you the scope of your construction project and highlight potential waterproofing compliance areas of concer

For example, a membrane designed for under-tile use, is not likely to be appropriate for usage in a planter box, and a membrane designed for use in a planter box, is not likely to be appropriate for usage on an exposed roofto

We are NATA Accredited which ensures that our testing methods and reporting systems are accurate and comply to the Australian Standards. Request a free quote today and ensure your surfaces meet national slip resistance requirements. At SlipTest Australia, we provide slip testing services across all states – from construction handover reports to legal compliance audits. Visit Standards Australia for up-to-date AU standards for slip resistance measurement and classification of pedestrian surface

For example, a membrane designed for under-tile use, is not likely to be appropriate for usage in a planter box, and a membrane designed for use in a planter box, is not likely to be appropriate for usage on an exposed roofto

Both ends of the specimens should have sufficient length and a surface condition such that they are firmly gripped during testing. For workpieces that are machined from bar stock, the test specimen can be made from the same piece as the bar stock. In smaller workpieces or when critical parts of the casting must be tested, a workpiece may be sacrificed to make the test specimens. These specimens may not be exact representation of the whole workpiece because the grain structure may be different throughout. In large castings and forgings it is common to add extra material, which is designed to be removed from the casting so that test specimens can be made from it. Each system has advantages and disadvantages; for example, shoulders designed for serrated grips are easy and cheap to manufacture, but the alignment of the specimen is dependent on the skill of the technicia

Importance of Material Selection in Waterproofing Solutions
Implementing these standards requires a comprehensive understanding of waterproofing principles and a commitment to quality in every aspect of the design and installation process. These practices not only safeguard the structure against potential water damage but also contribute to the overall durability and safety of the building. Adequate drainage solutions are a fundamental aspect of any successful external waterproofing strategy, playing a critical role in managing water runoff and preventing accumulation. Addressing these vulnerabilities is essential for maintaining the waterproofing system’s integrity. Penetrations through the waterproofing membrane, such as those for pipes, cables, and other utilities, represent potential weak points where water ingress can occur.
This may seem like a simple concept, however the many applications and designs of the external areas of buildings – roofs, balconies, decks, planter boxes, etc… make this concept hugely complex. The system should be designed in advance of the works commencing and the application installed with care and detail to ensure absolute water tightness. All of the above factors must be considered, and the materials installed in a way that will not compromise the integrity of the waterproofing system. It is therefore very important to know the requirements of the intended waterproofing area & to ensure the materials are fit for the purpose they’re being installed onto. AS/NZS 4586 Slip Testing Selecting the right waterproofing membrane is crucial for protecting your building against water damage and ensuring the safety and well-being of its occupants. By ensuring that your building has adequate waterproofing, you can help to protect your property and ensure that it remains safe and healthy for all occupant

This involves careful design to minimise the risk of water ingress and redirecting it away from the building to prevent damage to nearby properties. By meticulously preparing substrates, selecting compatible materials, designing effective drainage, and carefully addressing membrane terminations and penetrations, the risk of water ingress can be minimised. The final layer of an external waterproofing system often involves the application of overlays or finishes. To maximise the durability and effectiveness of external waterproofing systems, incorporating protective measures and finishes is essential. These terminations must be designed and executed meticulously to ensure that water does not bypass the waterproof barrier at edges, corners, and transitions. The correct termination of waterproofing membranes is crucial for the overall effectiveness of the waterproofing system.
Membrane Terminations: Essential for Preventing Water Ingress
There are 5 main types of waterproofing membranes that are differentiated by the way they are attached to the substrate and held in position; ballasted, fully bonded, inverted roofs, mechanically fastened & partially bonded. Independent Testing Australia (ITA) is equipped with specialised apparatus to test materials and provide data to coating manufacturers, specifiers, builders and waterproofers to determine product suitability for use in the Australian construction industry and satisfy documentation requirements of the Australian Building Code (BCA), the National Construction Code (NCC) and Australian Paint Approval Scheme specifications (APAS). As such, specific consideration should be given to the curing of a membrane, in relation to both the product type as well as the area of application. The same membrane installed to both internal and external areas, may have a vastly different curing time in each area, depending on variables such as temperature, relative humidity, and airflow. Inherently the ambient conditions for internal areas and external areas are likely to differ, and this is likely to have a significant impact on the curing of a membrane syste