Rubber and Plastics

Explore the December 2025 release of four crucial international standards for the rubber and plastics industries, covering innovative methodologies for PVC-U and PVC-UE profile designation in building applications, as well as updated laboratory test procedures for truck and bus tyres. This article provides an in-depth breakdown of EN 13245-1:2025, EN 13245-3:2025, ISO 10454:2025, and ISO 15222:2025, highlighting key requirements, compliance strategies, and industry impacts. Professionals in construction materials, automotive safety, product engineering, and quality management will find actionable insights and direct access to each standard. Stay compliant, competitive, and informed with the latest guidelines in plastics and elastomer technologies.

Explore the latest updates for the rubber and plastics industry with four newly published international standards in November 2025. This comprehensive article covers new requirements and testing methods for impact-modified acrylonitrile-styrene copolymer sheets (ABS, AEPDS/AES, ASA), advanced guidelines for O-ring housing dimensions in fluid power systems, and updated procedures for determining gas-transmission rates in plastics film and sheeting. See how these standards affect compliance, product quality, and innovation for manufacturers, engineers, and quality managers. Discover practical implementation insights, compliance strategies, and key changes from previous editions—all designed to help your organization stay at the forefront of quality and regulatory excellence. Read on for links to each standard and recommendations for industry compliance and best practices.

This monthly overview examines three pivotal standards published in October 2025 for the Rubber and Plastics Industries sector, focusing on adhesives for load bearing timber structures. Covering EN 15416-1:2025, EN 15416-3:2025, and EN 15416-5:2025, this detailed retrospective explores advances in test methodologies, performance classifications, and compliance requirements. Key themes include durability assessment under variable climates, deformation testing, and optimized pressing time—essential for professionals in quality management, engineering, and compliance. This roundup helps organizations catch up on critical updates, analyze trends, and plan for practical implementation, making it indispensable reading for those committed to operational excellence and regulatory alignment in the rubber and plastics industry.

This monthly overview analyzes five pivotal standards published for the Rubber and Plastics Industries sector in October 2025, including updates on PVC stability, thermosetting resin brittleness, tyre curing machinery, and steel cord adhesion. Each standard is examined for scope, key requirements, technical impact, and compliance relevance, with dedicated sections highlighting safety and performance advances, improved testing for quality assurance, and emergent industry themes. This article is part 1 of a 2-part retrospective on the month’s standards, making it a must-read for industry professionals, engineers, compliance officers, and procurement specialists seeking to align operations with the latest international best practices in material science and machinery for rubber and plastics. Explore the detailed roundup with direct links to each standard on iTeh Standards.

This monthly overview examines standards published in September 2025 for the Rubber and Plastics Industries sector, focusing on two significant ISO documents: ISO 8203-4:2025, which establishes advanced non-destructive testing via laser shearography for fibre-reinforced plastic composites, and ISO 4582:2025, a key revision guiding the assessment of colour and property changes in plastics after environmental exposure. These publications reflect ongoing industry trends toward quality assurance, reliability, and sustainability in material performance. This in-depth summary offers analytical context, practical highlights, and essential insights to help professionals, compliance officers, quality engineers, and researchers remain current and effectively implement these standards. Explore the major advancements, compliance considerations, and industry directions that emerged from September 2025’s standardization activity.

This monthly overview examines five key standards published in May 2025 for the Rubber and Plastics Industries sector, offering industry professionals a retrospective and analytical look at vital updates. Highlighting standards on differential scanning calorimetry, scratch properties, impact resistance, specific volume measurement, and reaction-curve determination, this article synthesizes essential requirements, industry trends, and noteworthy advancements. Readers will discover how May 2025’s publications strengthen testing methods, enable more precise material characterization, and guide compliance with evolving industry expectations. Whether you are a quality manager or a technical specialist, this comprehensive review helps you stay current, compare methodologies, and prioritize compliance for critical standards affecting plastics manufacturing and R&D environments.

Explore this in-depth May 2025 overview of Rubber and Plastics Industries standards (Part 2 of 3). This roundup covers five international publications, including motorcycle tyre testing, rapid-plastimeter plasticity for unvulcanized rubber, PVC corner weld strength, and advanced analytical methods for polyethylene and ethylene copolymers. The article highlights technical updates, ongoing trends in quality assurance, and key compliance takeaways for professionals, quality managers, and engineers. Whether you're seeking to understand new analytical protocols or practical testing innovations, this summary offers rich context and clear guidance. Stay current with the evolving regulatory landscape for Rubber and Plastics Industries—review the month's most impactful standards and access detailed backlinks for each document via iTeh Standards.

This monthly overview explores the three significant standards published in May 2025 for the Rubber and Plastics Industries. Covering updates in plastics analytical methods, poly(vinyl chloride) ash content determination, and hydraulic rubber hose specifications, the article provides critical insights into the evolving requirements shaping material quality, product safety, and process control. Professionals will discover how these standards align with industry trends, address complex compliance challenges, and impact day-to-day engineering and procurement decisions. If you manage quality, compliance, operations, or R&D in the Rubber and Plastics sector, this examination offers a concise yet in-depth guide to what was published, why it mattered, and how your organization can keep pace. Access essential context, requirements, and practical guidance—all with direct links to the full standards on iTeh Standards.

To date, a large number of chemical elements are used in production processes. Despite the fact that each new technology replaces the previous one and seems to be the most optimal in terms of optimizing costs and safety issues, nevertheless, during practical operation, certain points are revealed that may have a negative impact on both human health and environmental aspects in the future. in the process of final processing. Since, unfortunately, the environment suffers more and more with the improvement of technology, a large number of regulatory acts have been created for working with plastic materials for both small and large-scale production. Different scales require a different number of regulatory documents, however, technologies and devices are often identical, which is why even if your organization today has a relatively small scale of operations, you should not level the importance of international standards in any case. Today we will present you with a list of standards that will greatly help you in the productive operation of your equipment.