BS EN ISO 10863:2020

## BS EN ISO 10863:2020 - Non-Destructive Testing of Welds Using Ultrasonic Techniques### OverviewBS EN ISO 10863:2020 is the British and European standard that specifies requirements for the non-destructive testing of welds using ultrasonic techniques. This standard is identical to the international standard ISO 10863:2020, making it the definitive guide for ultrasonic weld inspection across industries.The standard covers the principles, equipment, procedures and evaluation of ultrasonic testing for the detection and sizing of discontinuities in welds. It provides a comprehensive framework to ensure consistent, reliable and high-quality ultrasonic inspection of welded components and structures.### Key Technical Specifications- Covers pulse-echo and through-transmission ultrasonic testing techniques- Specifies requirements for ultrasonic equipment, probes, and calibration- Outlines procedures for testing plate, pipe and other weld geometries- Provides guidelines for data recording, reporting and interpretation- Includes methods for determining size, position and orientation of weld defects### Benefits of Compliance- Ensures consistent, standardized ultrasonic testing of welds- Improves reliability and accuracy of non-destructive inspection- Helps identify critical weld defects to maintain structural integrity- Supports quality control and safety in welded fabrication- Facilitates international trade and harmonization of testing requirements### Who Needs This Standard?BS EN ISO 10863:2020 is an essential reference for any organization involved in the non-destructive testing and quality assurance of welded products and structures. This includes:- Welding fabricators and manufacturers- Construction and engineering companies- Inspection and testing service providers- Quality control and assurance professionals- Researchers and academics in welding technologyCompliance with this standard is often mandated or recommended by industry bodies, regulatory authorities and major clients to ensure the safety and reliability of welded components.