Metallurgy

Discover the latest update in metallurgy standards for January 2026 as ISO 3325:2026 is released. This comprehensive article covers the determination of transverse rupture strength in sintered metal materials (excluding hardmetals), a critical method for quality assurance and powder metallurgy production. Industry professionals, engineers, and compliance managers will find key insights into test methods, requirements, and implications for implementation. Learn how this revised standard enhances precision, supports material comparison, and outlines clear compliance pathways. Stay up to date and ensure your organization meets industry best practices with this essential metallurgy standard update.

Discover the essential updates in metallurgy standards published in January 2026, including five new international specifications focusing on steel wire for mechanical springs, low-carbon technologies in steel plants, Palmqvist toughness testing for hardmetals, and methods for determining permeability in sintered metal materials. This detailed article summarizes each standard's requirements and implications for industry professionals across manufacturing, quality, and compliance roles. Stay informed about the latest best practices in steel wire processing, environmental technologies, and advanced testing, and learn how to ensure compliance and leverage these updates for improved performance and sustainability in metallurgy.

Explore the latest metallurgy standards published in January 2026, featuring five new ISO and EN standards that enhance testing, analysis, and manufacturing processes for industry professionals. This article covers essential updates on manganese determination, hardmetals toughness testing, stainless steel corrosion monitoring in industrial cooling water, surface-hardened layer thickness measurement, and general requirements for steel wire in mechanical springs. Learn what’s changed, how these updates impact compliance, and why staying current with these standards is crucial for quality managers, engineers, and metallurgical researchers. Get practical insights and direct access to each new standard on iTeh Standards.

Discover the key updates in metallurgy standards for January 2026 with ISO 2738:2026, focused on permeable sintered metal materials. This comprehensive article details the scope, technical requirements, and practical implications of this newly published international standard. Understand essential procedures for determining density, oil content, and open porosity in porous metal bearings and structural components. The article highlights best practices for implementation, compliance considerations, and the benefits of adopting ISO 2738:2026 for quality managers, engineers, procurement specialists, and industry professionals. Stay informed with iTeh Standards for authoritative guidance in the rapidly advancing field of powder metallurgy.

Explore the latest December 2025 updates in metallurgy standards, featuring four new international standards covering tensile testing at high strain rates, pipe fitting requirements, and segregation evaluation in continuously cast steel slabs. This article breaks down key requirements, compliance impacts, and implementation best practices for these vital updates. Quality managers, engineers, compliance officers, and industry professionals will gain strategic insights to enhance materials testing, ensure pipeline safety, and boost manufacturing quality. Discover how these standards shape modern metallurgical processes and why aligning with these guidelines is essential for maintaining competitiveness, safety, and regulatory compliance. Stay informed with iTeh Standards' authoritative coverage.

Explore the November 2025 updates in international metallurgy standards, with a special focus on casting production, welding procedures, fatigue testing, and advanced ultrasonic inspection. Covering five newly published standards, this article details the latest requirements for welding qualification, force-controlled thermo-mechanical fatigue testing, and non-destructive evaluation of both steel and cast iron components. Discover key compliance points, technical highlights, and implementation tips for industry professionals—including engineers, quality managers, procurement specialists, and researchers—aiming to maintain high quality, safety, and reliability in metallurgical operations. Stay ahead with iTeh Standards to ensure your organization remains competitive and compliant with the newest international guidelines.

Explore the latest developments in metallurgy with two newly published international standards for November 2025. This article covers EN 18035:2025—setting requirements for waxed and sheathed prestressing steel strands vital for construction safety—and ISO 14577-6:2025, a key update enabling precise hardness testing of metallic materials at elevated temperatures. Industry professionals, compliance officers, and engineers will benefit from actionable insights on how these standards enhance structural durability, ensure reliable material testing, and drive compliance. Understand the technical requirements, compliance implications, and best practices for implementation—all with authoritative resources and direct links to iTeh Standards for in-depth exploration.

This monthly overview examines the standards published in October 2025 for the metallurgy sector, providing technical and contextual analysis of five major documents released during the period. Part 1 of this two-part summary explores critical updates and new guidance in the production of certified reference materials, tap density determination for metallic powders, technical delivery conditions for corrosion-resistant alloys in the energy sector, gravimetric moisture analysis for rare earth products, and marine environment zonation for steel corrosion in concrete. The article highlights how these standards reflect ongoing trends such as quality assurance, advanced testing methodologies, durability in energy applications, and environmental considerations. Industry professionals, compliance managers, and engineering teams will find practical insights, prioritized recommendations, and essential backlinks for further exploration of each standard, ensuring they remain aligned with emerging best practices and regulatory requirements in metallurgy.

Our October 2025 retrospective overview highlights four essential metallurgy standards published during the month, covering metallic powders, rare earth products, aluminium alloys for pressure equipment, and stainless steel ferrite content determination. This monthly round-up offers a thorough analysis of ISO 3953:2025, ISO 5976:2025, EN 12392:2025, and ISO/TS 5486:2025, exploring their scopes, target industries, technical requirements, and roles within quality assurance and regulatory frameworks. Discover why these standards matter for industry professionals, from compliance managers to engineers, and stay current on the latest developments shaping materials testing, product consistency, and safety in the metallurgy sector. Read on to uncover key insights, industry trends, and best practices for effective standard implementation.

This monthly overview examines the standards published in September 2025 for the Metallurgy sector, offering a comprehensive analysis of five key documents. Covering international and European standards (including ISO 5490:2025, ISO 10280:2025, and ISO 4491-3:2025, as well as their EN ISO equivalents), this summary unpacks the latest methodologies for inclusion analysis, titanium content determination, and oxygen testing in steel, iron, and metallic powders. With insights into scope, industry impact, and compliance priorities, this article is essential reading for quality managers, metallurgists, procurement specialists, and professionals keen to stay informed about evolving best practices and regulatory requirements. Explore the nuances and significance of these document updates, understand their alignment with industry challenges, and discover actionable recommendations for standards implementation.

This monthly overview examines two notable Metallurgy standards published in September 2025, providing industry professionals, engineers, and compliance officers with retrospective insights on developments in welded stainless steel tubes and tube hydraulic pressure testing. Covering EN 10378:2025 (technical delivery conditions for stainless steel square and rectangular tubes) and EN ISO 15363:2025 (hydraulic pressure test procedure for metallic tube rings), this recap identifies technical requirements, compliance implications, and emerging industry trends. Professionals seeking to ensure up-to-date knowledge of tube manufacturing, structural applications, and advanced testing methodologies will find targeted analysis and practical guidance for compliant implementation. This summary is essential for keeping pace with regulatory changes and maintaining product quality in the dynamic world of metallurgy.

This monthly overview examines the standards published in May 2025 for the Metallurgy sector (ICS 77), highlighting four significant documents that impact castings, hardness testing, steel sheet production, and corrosion testing. The roundup provides quality managers, engineers, and compliance specialists with essential insights into evolving technical requirements and test methods. Themes include advancements in investment casting, updates in Brinell hardness testing, refined criteria for zinc-coated carbon steel, and new accelerated corrosion test protocols. This analysis enables professionals to catch up on crucial changes, recognize compliance trends, and prioritize implementation actions vital to staying current and competitive in metallurgical operations.

The production of metals and welding processes, in particular, significantly impact various sectors, ranging from construction to automotive and aerospace industries. To ensure the highest quality and safety standards, the implementation of international standards is of paramount importance. This article explores the significance of adhering to international standards in metal manufacturing and welding processes, highlighting their benefits and their role in fostering global trade and harmonization. International standards provide guidelines and specifications for metal manufacturing and welding processes, ensuring consistent quality across different manufacturers and industries. By adhering to these standards, manufacturers can achieve higher product reliability and performance, thus enhancing customer satisfaction. Today we will get you acquainted with the main of them.

The modern metallurgical industry provides many related branches of the economy with the results of its activity. This market is characterized by a high level of regulation, but on the other hand, it is very promising in terms of making a profit. It is the high profitability that makes this segment of the economy so attractive for companies. It is worth noting that high requirements for the product manufactured by companies can become a significant obstacle, especially for those who do not have a sufficient level of theoretical knowledge. That is why we advise you to orient yourself in your work on norms that are compiled into international standards. In particular, we can talk about the international standards that we have prepared for you in today's article. On our website, you can familiarize yourself with a large amount of information, which at first glance may seem difficult to understand. In order to simplify the perception of these data, we divided all international standards into thematic categories, some of which we will present to you in this text. Considering the importance of the production of quality metallurgical products, we emphasize once again that international standards will help you to increase the competitiveness of your company. You can read the full text of international standards on our website.

Heavy industry is one of the most profitable sectors of the economy, but it is also limited by many barriers and regulations that govern its activities. In particular, in addition to state regulation, which may differ depending on the country of production, we must remember that in this area there are international standards that describe generally accepted standards of metal quality. It is necessary to have a clear understanding that a high level of competition is inherent in this market, so companies should pay considerable attention to the competitive advantages of their product. It will not be superfluous to emphasize once again that large sums of money are invested annually in the development of new production technologies that make it possible to facilitate and improve all technological processes, which in turn leads to increased profits. The international standards that we have collected for you in today's article will be a good helper in this. However, since you may encounter a large amount of information on our site, we have divided it into thematic categories, which should make it easier for you to navigate our site. Using international standards will help you increase the competitiveness of your product and increase your market share. You can familiarize yourself with them using the links we have left at the end of the article.

Technical documentation in most cases displays key indicators according to which this or that activity should be carried out. In the process of production and use of various types of materials, it is necessary to adhere to the rules and regulations to comply with all safety techniques and maintain the quality of the final result. In general, it makes sense to create a clear base of international standards that will govern the entire process. After all, the interaction of companies and organizations generally takes place at the international level, and therefore regulation should take place within the same framework. Today we will talk about some of the basic standards in the field of production.

Metallic aluminum, ceramic objects surround us everywhere. The popularity of the use of this material covers every area of ​​human activity and is even used in medicine and health issues. Since the production, operation and testing methods of metal products and structures are responsible not only for financial results but also for safety issues, international standards are created to regulate these processes. Since this material is used everywhere, the regulation takes place at the international level. Today we will present a list of some of the newest standards in this area.