Testing

This in-depth article introduces professionals and the general public to the essential terminology standard for electrical installations: SIST IEC 60050-826:2023. Covering general vocabulary used for electrical installations in residential, commercial, and industrial environments, this guide explains how implementing such standards enhances productivity, increases electrical safety, and scales operations efficiently. With precise definitions covering key aspects like electric circuits, voltages, currents, wiring systems, protective measures, and earthing, the standard ensures a harmonized understanding crucial for modern businesses. Discover actionable insights into why these standards are vital for compliance, risk mitigation, and operational excellence. Whether you're an electrical engineer, facility manager, installer, or business owner, this article provides the clarity needed for adoption and continued growth. Includes direct access to the full standard via iTeh Standards.

Explore the importance of standardized electrical installation terminology with SIST IEC 60050-826:2023. This comprehensive guide covers 1 essential international standard that empowers businesses and professionals to speak a common language in electrical engineering and installations. Learn how adopting the International Electrotechnical Vocabulary (IEV) improves productivity, enhances safety, ensures compliance, and streamlines communication across projects. Whether you manage residential, industrial, or commercial premises, understanding this standard is vital for efficient scaling, risk reduction, and digital transformation. Discover practical highlights, key requirements, and actionable steps for implementation. Click to ensure your organization is future-ready and globally aligned.

Explore the world of non-destructive testing in electrical installations through the lens of the SIST IEC 60050-826:2023 standard. This article breaks down the essential international vocabulary and definitions for electrical systems in residential, industrial, and commercial settings. Learn how implementing standardized terminology streamlines compliance, boosts safety, and enhances business productivity for organizations in the electrical sector. Dive into practical guidance, key requirements, and the value of standardization, ensuring your team speaks the same language as the world’s top experts. Discover why mastering the IEV is a must for scaling your operations efficiently and safely.

In January 2026, two significant international standards were published for non-destructive testing in industrial X-ray systems: ISO 32543-2:2026 and ISO 32543-3:2026. These standards define advanced procedures for measuring the characteristics of focal spots—crucial for image quality and defect detection in X-ray imaging. Covering both edge and digital evaluation methods, the updates ensure precise classification, monitoring, and compliance for manufacturers, operators, and quality managers working with industrial radiography. This article deep-dives into the scope, requirements, and industry impact of these new standards, offering essential insights for professionals dedicated to quality assurance and compliance in non-destructive testing. Stay informed about best practices, compliance guidance, and technical updates by exploring these new ISO publications.

Explore five newly published international standards for the testing sector released in January 2026. Covering non-destructive X-ray testing, additive manufacturing of metals, and environmental condition classifications for ground vehicle installations, these updates reflect the latest technical progress and provide essential requirements for testing professionals. Learn about measurement methods for industrial X-ray focal spots, standardized classification of imperfections in metallic 3D printing, and critical environmental guidelines for vehicle-installed products. Discover key implementation insights, compliance implications, and the benefits these standards offer to quality managers, engineers, and industry specialists.

Explore the latest advancements in quality assurance for metal additive manufacturing with the newly published ISO/ASTM 52948:2026 standard, released in January 2026. This comprehensive news article examines how the new standard introduces a detailed classification system for imperfections found in powder bed fusion (PBF) processes using laser or electron beam technologies. Industry professionals will learn about the scope, key requirements, and practical implications of this standard, which is crucial for production engineers, quality managers, and compliance officers involved in metal 3D printing. Find out how these specifications enhance non-destructive testing, support robust quality control, and prepare organizations for compliance and competitive advantage in advanced manufacturing.

Explore the crucial updates introduced in January 2026 with the newly published international standard for environmental testing. This comprehensive article focuses on prEN IEC 60068-3-11:2024, which provides in-depth guidance on calculating the uncertainty of conditions in climatic test chambers. Learn how this standard enhances accuracy, supports quality assurance, and helps organizations in industries such as electronics, automotive, and environmental engineering ensure compliance and confidence in their testing results. Discover key highlights, technical requirements, and the practical implications for professionals tasked with maintaining high standards in testing environments.

December 2025 introduces a major update in aerosol particle size analysis with ISO 21501-1:2025, a newly published international standard. This standard defines core requirements, calibration procedures, and technical guidelines for light scattering aerosol spectrometers (LSAS), impacting industries such as pharmaceuticals, air quality, filtration, and atmospheric science. Learn how the revised standard enhances accuracy in particle size distribution measurements, its compliance benefits, key technical requirements, and practical insights for quality managers, laboratory professionals, and industry engineers. Access the full analysis and discover why every professional involved in particle measurement should stay informed about these changes.

Explore the key updates from November 2025 in material and environmental testing standards. Our comprehensive review covers four newly published international standards, including advanced methods for non-destructive testing of fibre-reinforced polymers, new inkjet dot placement measurement for printed electronics, and revised methodologies for cold and dry heat environmental testing. This article examines the significance of these updates, critical requirements, compliance considerations, and the practical impact on industries such as aerospace, electronics, manufacturing, and quality management. Ideal for engineers, quality managers, compliance professionals, and industry leaders seeking actionable information and authoritative insight on the latest in testing standards.

Our comprehensive monthly overview examines the key Testing standards published in October 2025, offering industry professionals, quality managers, and compliance experts a retrospective summary of five essential documents. Topics span from environmental and impact testing to particle size analysis and non-destructive X-ray evaluations, reflecting a month of robust standardization across electrotechnical, analytical, and industrial testing domains. With a focus on technical revisions, measurement precision, and visualization techniques, this article highlights major requirements, industry trends, and actionable guidance for implementation. Whether you missed a recent update or seek context on evolving testing standards, this roundup provides clarity and strategic insight to help you advance quality and compliance in your organization. Explore the detailed analysis and access each standard through direct links to iTeh Standards.

This monthly overview examines the sole standard published in October 2025 for the Testing sector, focusing specifically on non-destructive radiographic testing. The article delves into EN ISO 32679:2025, a crucial standard that governs the determination of the size of industrial radiographic gamma sources, offering detailed insights into its requirements, scope, and industry impact. Professionals in the fields of non-destructive testing, radiographic imaging, quality assurance, and compliance will benefit from this comprehensive analysis. The article also reflects on sector-wide trends, compliance considerations, and the practical significance of this standard for maintaining and enhancing industry best practices. Stay informed with this retrospective summary, designed to help readers catch up on essential developments in Testing from October 2025.

This monthly overview examines the key standards published in the Testing sector during September 2025. Covering five essential documents—including ISO 5577:2025 (NDT - Ultrasonic Testing Vocabulary) and the latest editions of IEC 60068-2-1:2025 (Environmental Testing - Cold) and IEC 60068-2-2:2025 (Environmental Testing - Dry Heat)—this part 1 review synthesizes notable updates, revised methodologies, and terminology clarifications. Industry professionals, quality managers, compliance officers, and engineers will benefit from the in-depth analysis of evolving requirements, technical trends, and implementation priorities. Stay informed on the latest terminology, advancements in environmental testing, and harmonization efforts in the international standards landscape by exploring this detailed recap of September 2025’s Testing standards.

This monthly overview examines the standards published in September 2025 for the Testing sector, highlighting significant regulatory advancements affecting quality, reliability, and compliance. Covering four recently published standards, the article synthesizes industry developments spanning non-destructive leak detection for pressured vessels, climatic sequential testing protocols, environmental condition classifications for ship equipment, and advances in dynamic light scattering methodologies for particle size analysis. Professionals in testing, quality assurance, engineering, and procurement will find valuable insights on operational best practices, compliance expectations, and emerging technical priorities. Stay current with these crucial updates to align organizational practices with evolving industry requirements, ensure product integrity, and maintain market competitiveness. Discover key compliance considerations and actionable guidance for effective implementation, plus direct links to each standard for further exploration via iTeh Standards.

This monthly overview examines the standards published in May 2025 for the Testing sector, covering five pivotal documents. From ultrasonic thickness determination to comprehensive Brinell hardness calibration and verification, this summary highlights advances in non-destructive testing and mechanical verification for materials and electronic devices. Key themes include harmonization of ultrasonic method requirements, robust environmental testing for electronics, and renewed precision in metallic materials hardness testing. Industry professionals, quality managers, compliance officers, and engineers will benefit from this retrospective analysis, ensuring they are up-to-date with compliance expectations and opportunities for improved quality assurance. Dive into the essential updates shaping the direction of Testing standards during this significant publication period.

This monthly overview examines the standards published in May 2025 for the Testing sector, highlighting a key advancement in printed electronics: IEC 62899-302-6:2025. The article provides a retrospective summary of this influential standard, which establishes robust methods to determine inkjet first drop behavior—a critical factor for quality and yield in printed electronics manufacturing. Professionals in quality assurance, process engineering, and compliance will benefit from analysis of the new measurement protocols, industry implications, and the broader trends in Testing standardization for May 2025. Whether you work in electronics, manufacturing, or standards compliance, this summary will help you understand recent regulatory developments, compliance requirements, and ensure your practices align with the latest international advances.

The importance of selecting the correct technological base for production cannot be overestimated. Since this area is important in building the functioning of the entire system, it should be noted that each sub-item must be strictly regulated. One of the important stages in building a production organization system is a safety system and the use of protective equipment. To standardize its use and application at the international level, standards are created. Today we will introduce you to some of the key documents for the operation of protective equipment.