Providing frequent scheduled services to both capital and regional areas throughout Australia, we offer services in any location at highly competitive rates. Independent Slip Testing Services (ISTS) helps property owners, managers, and other stakeholders throughout the Australia to Reduce Your Risk! Sliptest Australia is a leading independent slip testing company and we provide our services to commercial and private clients throughout Australia. As every property is different, we take the time to customise our service to your specific requirements We can inspect any floor and provide advice on remedial works should a tested or inspected floor area fail to comply with the requirements of Australian Standards or BSA regulations
Protect Against Insurance Claims & NCC Compliance Failures
Visit Standards Australia for up-to-date AU standards for slip resistance measurement and classification of pedestrian surfaces. Independent Slip Testing Services is a NATA (ILAC) accredited testing facility complying with testing and reporting procedures outlined in the relevant Australian standards. Additionally, our Global Product Classification service specialises in determining the suitability of pedestrian surface products prior to installation and during construction.
Expert Slip Resistance Research and Witness Evidence
Safe Environments works hard to provide the highest level of accuracy and reliability for our clients across Australia and to provide professional evidence of compliance with building regulations and codes. At SlipTest Australia, we provide slip testing services across all states – from construction handover reports to legal compliance audits. Zerofal can apply slip ratings to construction materials and new buildings via our la
AS/NZS 4858 is the primary Australian standard that relates to the physical performance properties of waterproofing membranes specified for use in wet areas such as bathrooms, kitchens, laundries and wet rooms, to prevent water ingress and protect structures from moisture damage. These standard covers test methods for both liquid and sheet waterproofing membranes. The minimum requirements for the materials, design and installation of waterproofing for domestic wet areas in a Class 2, 3 and Class 4 part of a building are outlined within AS 3740. Materials used within wet area in membrane performance testing laboratory a Class 1 building where in accordance with the Deemed to Satisfy provisions must comply with Clause H4D3 of Volume Two of NCC, which requires compliance with Protecting a building from damage caused by the accumulation of internal moisture arising from the use of wet areas helps safeguard the occupants from illness or injury. Compliant waterproofing in wet areas, such as bathrooms and showers, is crucial to preventing moisture-related issues like mould growth, structural damage and water infiltration into dry areas.
Membrane application and correct terminati
Our approach to property management is to conduct an initial visual assessment, identifying instances of highest risk and/or potential non-compliance. We are NATA Accredited which ensures that our testing methods and reporting systems are accurate and comply to the Australian Standards. Our technicians are highly trained and utilise the latest technology available including wet pendulum tests to ensure our clients have peace of mind and comply with their insurer’s requirements. Our technicians are highly trained and utilise the latest technology available including wet pendulum tests to ensure our clients have peace of mi
AS/NZS 4858: Wet Area Waterproofing Membrane Testing
The shoulders and grip section are membrane performance testing laboratory generally larger than the gauge section by 33% so they can be easily gripped. The preparation of test specimens depends on the purposes of testing and on the governing test method or specification. Uniaxial tensile testing is the most commonly used for obtaining the mechanical characteristics of isotropic material
This ensures consistent shear rates and controlled cross-flow conditions, which are critical for maintaining membrane performance and preventing fouling. The Alfa Laval LabStak™ M37/38 module is a flexible plate-and-frame test unit for ultrafiltration and microfiltration membrane processes, using the same support plates and flat-sheet membranes as our full-scale membrane filtration modules. LabStak™ frame and plate modules can be used to establish process feasibility, generate key design data for upscaling (such as temperature, pressure and cross-flow velocity), and optimize existing production line
Weathering & UV Exposure Testing
To simulate outdoor weathering, the QUV accelerated weathering tester exposes materials to alternating cycles of UV light and moisture at controlled, elevated temperatures. By accelerating the forces of weathering in a controlled lab environment, you can get faster results about product durability. Although natural outdoor testing is the most true and accurate way to conduct weathering test exposures, testing can take a long time – 5, 10, even 20 or more years for highly-durable materials. Florida and Arizona are internationally-recognized benchmark locations for outdoor exposure testing. Natural outdoor testing at our benchmark test locations in Florida and Arizona is the best way to establish the outdoor durability of your products.
What are Accelerated Weathering Test Methods
The ASTM G154 standard test involves a methodical procedure to simulate UV exposure and accelerate the effects of solar radiation, rain, and dew on materials. This assists manufacturers in anticipating how their material will behave long-term under membrane performance testing laboratory exposure to outdoor environments, providing durability, colorfastness, and resistance to cracking, fading, or other types of degradation. It accelerates the aging of non-metallic materials, such as plastics, coatings, and textiles, by exposing them to UV radiation, water (usually as condensation), and heat. It accurately replicates months or even years of outdoor exposure within days or weeks, enabling manufacturers to evaluate and improve the durability of non? ASTM G154 UV testing provides a reliable method to simulate these environmental effects in a controlled environment. This presents a significant challenge for designers and manufacturers striving to ensure long-term durability and performance of their product
Protect Against Insurance Claims & NCC Compliance Failures
Visit Standards Australia for up-to-date AU standards for slip resistance measurement and classification of pedestrian surfaces. Independent Slip Testing Services is a NATA (ILAC) accredited testing facility complying with testing and reporting procedures outlined in the relevant Australian standards. Additionally, our Global Product Classification service specialises in determining the suitability of pedestrian surface products prior to installation and during construction.
Expert Slip Resistance Research and Witness Evidence
Safe Environments works hard to provide the highest level of accuracy and reliability for our clients across Australia and to provide professional evidence of compliance with building regulations and codes. At SlipTest Australia, we provide slip testing services across all states – from construction handover reports to legal compliance audits. Zerofal can apply slip ratings to construction materials and new buildings via our la
AS/NZS 4858 is the primary Australian standard that relates to the physical performance properties of waterproofing membranes specified for use in wet areas such as bathrooms, kitchens, laundries and wet rooms, to prevent water ingress and protect structures from moisture damage. These standard covers test methods for both liquid and sheet waterproofing membranes. The minimum requirements for the materials, design and installation of waterproofing for domestic wet areas in a Class 2, 3 and Class 4 part of a building are outlined within AS 3740. Materials used within wet area in membrane performance testing laboratory a Class 1 building where in accordance with the Deemed to Satisfy provisions must comply with Clause H4D3 of Volume Two of NCC, which requires compliance with Protecting a building from damage caused by the accumulation of internal moisture arising from the use of wet areas helps safeguard the occupants from illness or injury. Compliant waterproofing in wet areas, such as bathrooms and showers, is crucial to preventing moisture-related issues like mould growth, structural damage and water infiltration into dry areas.
Membrane application and correct terminati
Our approach to property management is to conduct an initial visual assessment, identifying instances of highest risk and/or potential non-compliance. We are NATA Accredited which ensures that our testing methods and reporting systems are accurate and comply to the Australian Standards. Our technicians are highly trained and utilise the latest technology available including wet pendulum tests to ensure our clients have peace of mind and comply with their insurer’s requirements. Our technicians are highly trained and utilise the latest technology available including wet pendulum tests to ensure our clients have peace of mi
AS/NZS 4858: Wet Area Waterproofing Membrane Testing
The shoulders and grip section are membrane performance testing laboratory generally larger than the gauge section by 33% so they can be easily gripped. The preparation of test specimens depends on the purposes of testing and on the governing test method or specification. Uniaxial tensile testing is the most commonly used for obtaining the mechanical characteristics of isotropic material
This ensures consistent shear rates and controlled cross-flow conditions, which are critical for maintaining membrane performance and preventing fouling. The Alfa Laval LabStak™ M37/38 module is a flexible plate-and-frame test unit for ultrafiltration and microfiltration membrane processes, using the same support plates and flat-sheet membranes as our full-scale membrane filtration modules. LabStak™ frame and plate modules can be used to establish process feasibility, generate key design data for upscaling (such as temperature, pressure and cross-flow velocity), and optimize existing production line
Weathering & UV Exposure Testing
To simulate outdoor weathering, the QUV accelerated weathering tester exposes materials to alternating cycles of UV light and moisture at controlled, elevated temperatures. By accelerating the forces of weathering in a controlled lab environment, you can get faster results about product durability. Although natural outdoor testing is the most true and accurate way to conduct weathering test exposures, testing can take a long time – 5, 10, even 20 or more years for highly-durable materials. Florida and Arizona are internationally-recognized benchmark locations for outdoor exposure testing. Natural outdoor testing at our benchmark test locations in Florida and Arizona is the best way to establish the outdoor durability of your products.
What are Accelerated Weathering Test Methods
The ASTM G154 standard test involves a methodical procedure to simulate UV exposure and accelerate the effects of solar radiation, rain, and dew on materials. This assists manufacturers in anticipating how their material will behave long-term under membrane performance testing laboratory exposure to outdoor environments, providing durability, colorfastness, and resistance to cracking, fading, or other types of degradation. It accelerates the aging of non-metallic materials, such as plastics, coatings, and textiles, by exposing them to UV radiation, water (usually as condensation), and heat. It accurately replicates months or even years of outdoor exposure within days or weeks, enabling manufacturers to evaluate and improve the durability of non? ASTM G154 UV testing provides a reliable method to simulate these environmental effects in a controlled environment. This presents a significant challenge for designers and manufacturers striving to ensure long-term durability and performance of their product