What is ISO 24971:2016 ?

Title: A Comprehensive Guide to ISO 24971:2016: The Key to Durable and High-Quality Materials

The material used in any industry plays a vital role in determining its overall quality, strength, and functionality. Wearing parts, such as machinery components and automotive parts, require high-quality materials that can withstand continuous wear and tear. The European Committee for Standardization (CEN) and the International Organization for Standardization (ISO) have established various standards to ensure that materials meet specific requirements. In this article, we will focus on two such standards: ISO 14855-1:2016 and EN ISO 17638:2016.

ISO 14855-1:2016 is a technical standard that defines guidelines for determining the wear resistance of materials used in various industries. This standard provides manufacturers with a comprehensive framework for testing the wear resistance of their materials under specified conditions. By defining the test methods, parameters, and evaluation criteria, ISO 14855-1:2016 enables manufacturers to assess their materials' performance and make informed decisions regarding their application in different environments.

EN ISO 17638:2016 is a technical standard that provides guidelines for the requirements and methods of visual testing of fusion-welded joints. It is an essential standard for ensuring the quality and integrity of welded joints in various industries, including manufacturing, construction, and transportation. The purpose of EN ISO 17638:2016 is to provide a comprehensive framework for conducting visual inspections of welded joints and to establish specific criteria and acceptance levels for assessing the perfection of these inspections.

Testing Procedures:

ISO 14855-1:2016 defines a series of procedures for testing the wear resistance of materials under specified conditions. These procedures provide manufacturers with a standardized method for evaluating the performance of their materials. The testing procedures are divided into two categories: "in-house" and "external."

The "in-house" testing procedures are used to evaluate the wear resistance of materials that are expected to be subjected to internal factors, such as dirt, oil, and other environmental factors. These procedures are typically used to determine the resistance of materials to a specific type of wear, such as wear caused by a particular type of dirt or use in a specific application.

The "external" testing procedures are used to evaluate the wear resistance of materials that are expected to be subjected to external factors, such as loading, impact, and other factors that may cause wear. These procedures are typically used to determine the resistance of materials to a specific type of wear, such as wear caused by a particular type of loading or impact.

The ISO 14855-1:2016 standard also defines the "Material Life Cycle" which is a framework that provides guidance for manufacturers on how to determine the end-of-life of their materials and how to determine the appropriate testing procedures for those materials.

Conclusion:

ISO 14855-1:2016 and EN ISO 17638:2016 are two important standards that provide manufacturers with guidelines for determining the wear resistance of materials and the quality of welded joints. These standards are essential for ensuring that materials are suitable for specific applications and that welded joints are of the required quality. By following the guidelines provided by these standards, manufacturers can produce high-quality, durable materials that are capable of withstand the expected level of wear and tear.