Overview
ISO 13260:2010/Amd 1:2017 is an important amendment to the international standard concerning thermoplastics piping systems specifically designed for non-pressure underground drainage and sewerage applications. This standard defines a test method focused on evaluating the resistance of these piping systems to the combined effects of temperature cycling and external loading. Published by ISO, it ensures that plastic pipes used in below-ground environments maintain structural integrity and durability under fluctuating environmental conditions.
This amendment refines the existing test procedures, providing greater accuracy and reliability for manufacturers, engineers, and quality control professionals involved in the design, testing, and application of thermoplastics piping systems for subterranean drainage solutions.
Key Topics
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Thermoplastics Piping Systems
Focus on materials suitable for non-pressure, buried drainage and sewerage networks, emphasizing longevity and performance under stress.
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Combined Temperature Cycling
Testing protocols simulate temperature variations pipes encounter underground-mimicking freeze-thaw cycles and seasonal temperature shifts.
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External Loading Resistance
Methods assess the pipe’s ability to withstand loads such as soil weight and surface traffic, applying a standardized external load with a rubber-covered plate.
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Test Apparatus Details
Updated specifications for the loading device (dameur), now with a 10 ± 0.5 kg mass and a base size of 300 mm × 300 mm, including a rubber plate of minimum 5 mm thickness and specific hardness (60 DIDC as per ISO 48).
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Standardized Procedures
Clear methodologies for conducting tests that simulate real-life stresses on buried thermoplastic pipes, ensuring repeatability and consistency in results.
Applications
The ISO 13260:2010/Amd 1:2017 standard is critically applicable in:
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Sewerage and Drainage Infrastructure
Ensuring thermoplastics pipes used in municipal drainage systems can withstand temperature fluctuations and heavy external loads without failure.
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Civil Engineering Projects
Large-scale construction projects involving sub-surface drainage rely on these testing methods to certify the durability of plastic piping materials.
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Manufacturing Quality Control
Pipe manufacturers implement the test methods to validate product performance against established benchmark criteria before market release.
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Infrastructure Maintenance and Safety
Helps engineers predict pipe lifespan and maintenance needs by understanding the effects of environmental and mechanical stressors.
Related Standards
Professionals working with ISO 13260:2010/Amd 1:2017 may also consider these related standards:
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ISO 48 – Specifies methods for determining the hardness of rubber materials, referenced for measuring the hardness of the rubber plate used in testing.
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ISO 4427 – Pertains to polyethylene pipes for water supply, providing complementary guidelines for thermoplastic pipe systems.
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ISO 9969 – Specifies dimensions and requirements for thermoplastic pipes used in sewerage and drainage, linked to structural design considerations.
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ISO 14001 – Environmental management standards encouraging sustainable manufacturing and material usage in pipe systems.
By adhering to ISO 13260:2010/Amd 1:2017, stakeholders ensure that thermoplastics piping systems for underground drainage and sewerage are rigorously examined and meet high standards of resistance and durability, critical for the safety and longevity of infrastructure projects worldwide.
Open preview (PDF)Thermoplastics piping systems for non-pressure underground drainage and sewerage — Test method for resistance to combined temperature cycling and external loading — Amendment 1