What is BS EN ISO 5652:2013?

The BS EN ISO 5652:2013 is a technical standard that provides guidelines for the testing of plastics pipes and fittings. It covers various aspects related to the physical and mechanical properties of these materials, ensuring their suitability for different applications. This standard sets forth specific testing procedures and requirements to assess the quality and performance of plastic pipes and fittings, including dimensions, impact resistance, and strength characteristics.

Scope and Objective

The main objective of BS EN ISO 5652:2013 is to establish a standardized testing method for evaluating the properties of plastic pipes and fittings. By adhering to this standard, manufacturers can ensure consistent quality, while users can be confident in the reliability and durability of these products. The scope of this standard includes both solid wall and structured wall pipes, as well as fittings such as couplers, reducers, and adaptors.

Key testing Procedures

BS EN ISO 5652:2013 outlines several key testing procedures that are essential for evaluating the performance of plastic pipes and fittings. These include tests for measuring the resistance to internal pressure, determination of dimensional stability, evaluation of impact resistance, assessment of joint tightness, and strength testing through burst or creep rupture tests. Each of these tests follows specified conditions and requirements to ensure accurate results.

Benefits and Applications

Adhering to BS EN ISO 5652:2013 brings several benefits to both manufacturers and users. For manufacturers, it provides a standardized basis for designing and producing high-quality plastic pipes and fittings. It assures customers about the products' performance and helps in gaining confidence and trust in the market. Users benefit from the uniformity and reliability of products, which ensures the safety and performance of their infrastructure projects. This standard finds application in various sectors, including water supply, gas distribution, and drainage systems.