February 2026 Brings New Textile Standards: Snagging Resistance and Nonwoven Run-Off Tests

February 2026 marks a pivotal month for the textile and leather technology industry, with the publication of two crucial international standards that address performance and quality measures for fabrics and nonwovens. Whether you are a textile manufacturer, quality manager, or R&D specialist, these updates—encompassing snagging resistance and run-off testing—are set to shape product development and compliance practices worldwide. Explore what’s new, why it matters, and what it means for your business.

Overview

The textile and leather technology sector is experiencing an era of rapid advancement driven by changing consumer expectations and intensified regulatory oversight. Standards play a fundamental role in ensuring uniformity, safety, and superior product performance across the value chain. In February 2026, two significant updates were published:

• EN ISO 25086-1:2026: A standardized method for testing the snagging resistance of woven and knitted fabrics using the mace (spiked ball) test.
• EN ISO 9073-11:2026: Revised methodologies for measuring run-off properties of nonwoven materials, crucial for hygiene and medical applications.

This article unpacks the technical requirements, practical implications, and strategic importance of these standards, providing professionals with the knowledge to stay ahead in quality assurance and certification.

Detailed Standards Coverage

EN ISO 25086-1:2026 – Measuring Fabric Snagging with the Mace Test

Textiles – Determination of the Snagging Resistance of Fabrics – Part 1: Mace (Spiked Ball) Test Method (ISO 25086-1:2026)

Snagging is a critical quality concern for both woven and knitted fabrics—undue surface loops appearing due to contact with sharp objects can compromise aesthetics, function, and consumer satisfaction. EN ISO 25086-1:2026 provides a standardized procedure for evaluating a fabric's resistance to snagging using the mace (spiked ball) test.

The standard details:

• Preparation and conditioning of fabric specimens (according to ISO 139)
• The precise setup for securing test samples and calibrating the mace apparatus
• Defined handling of both knitted and woven fabrics to ensure reproducible results
• Assessment protocols for identifying and grading snag formation post-testing

Manufacturers of sportswear, ready-made garments, and upholstery fabrics—especially those using filament yarns or delicate textile blends—will benefit most from compliance. Achieving a high snag resistance rating not only meets regulatory and buyer expectations but also bolsters product durability claims.

Practical implications include the need for investment in standardized test equipment, employee training for proper execution, and updating quality control documentation. This edition fortifies alignment within the industry and offers greater discrimination in rating sports apparel and fashion textiles compared to older methods.

Key highlights:

• Standardizes the mace (spiked ball) snagging resistance test across countries and organizations
• Details equipment calibration, conditioning, and sample preparation for consistent results
• Offers improved assessment criteria over prior versions, supporting comparability in international trade

Access the full standard:View EN ISO 25086-1:2026 on iTeh Standards

EN ISO 9073-11:2026 – Nonwovens Run-Off Test Methods

Nonwovens – Test Methods – Part 11: Run-off (ISO 9073-11:2026)

EN ISO 9073-11:2026 is central to the hygiene, medical, and technical textile fields, providing a robust method for assessing run-off—the amount of liquid (simulated urine) not absorbed by a nonwoven material when subjected to a specified test.

Scope and methodology:

• Option A: The basic method for hydrophilic (water-attracting) nonwovens.
• Option B: The repeated test, using the same parameters as Option A but for reproducibility and deeper analysis.
• Option C: The modified method for hydrophobic (water-repellent) nonwovens, utilizing an altered inclined plane to distinguish levels of repellency.

Key requirements include:

• Conditioning samples to moisture equilibrium prior to testing (per ISO 139)
• Careful selection and traceability of test specimens (as outlined in NWSP 005.0 or contractual agreements)
• Test execution with simulated urine and a standard absorbent backing, on a calibrated inclined plane
• Calculation and reporting of both mass and percentage run-off, ensuring scientifically valid comparisons between materials

Target organizations include nonwoven producers for hygiene products (such as diapers, sanitary pads, and hospital disposables), as well as researchers developing novel absorbent materials. Improved precision in run-off measurement enhances R&D and supports marketing claims for absorbency and leakage prevention.

Notable 2026 revision changes:

• Renaming of test options for clarity and scientific accuracy
• Enhanced sample conditioning and statistical sampling guidance
• Reorganization of documentation for improved usability, including comprehensive annexes on test variations and R&D applications

Key highlights:

• Updated to better distinguish between hydrophilic and hydrophobic nonwovens
• Provides separate test conditions and assessments for repeated use scenarios
• Offers detailed sampling plans and reporting expectations in line with international best practices

Access the full standard:View EN ISO 9073-11:2026 on iTeh Standards

Industry Impact & Compliance

The adoption of EN ISO 25086-1:2026 and EN ISO 9073-11:2026 brings both immediate and long-term benefits for businesses throughout the textile and nonwoven supply chain:

• Competitive Advantage: Demonstrating compliance showcases product quality and builds trust with buyers in global markets.
• Risk Mitigation: Standardized testing reduces the incidence of product recalls and customer complaints, especially for apparel and hygiene products.
• Alignment with Buyers and Regulators: Many procurement contracts and governmental regulations reference international standards as baseline requirements; failure to comply could limit market access.
• Continuous Improvement: Up-to-date standards drive innovation in product development, materials sourcing, and process optimization.

Compliance considerations for managers include:

• Evaluating and possibly upgrading laboratory equipment to meet procedural specifications
• Training laboratory staff and quality assurance teams on updated test methods
• Integrating new requirements into internal quality management systems and supplier audits

Most organizations have until August 2026 to ensure harmonization with these updated standards, based on transition timelines published by CEN and ISO.

Technical Insights

A comparison of these 2026 standards reveals several cross-cutting technical drivers:

• Environmental Conditioning: Both standards mandate strict environmental controls (ISO 139) to assure reproducibility—a factor critical for certification and comparative assessments.
• Rigorous Sampling Protocols: Ensuring statistical validity, traceability, and representativeness is a shared priority for both fabric and nonwoven testing.
• Comprehensive Reporting: Test outcomes must be documented with full traceability, including test conditions and any deviations, to maintain transparency with clients, regulators, and certification bodies.
• Test Variability Consideration: Emphasis is placed on recognizing sources of variability (sampling, operator, instrument) and controlling them through preconditioning, repeat testing (where relevant), and precise calibration.

Best practices for implementation:

1. Conduct gap analyses to benchmark existing QA procedures against new standard requirements.
2. Schedule pilot runs and round-robin tests to train operators and validate laboratory proficiency.
3. Update product datasheets and technical documentation to reflect new performance parameters.
4. Engage early with customers and suppliers regarding forthcoming compliance expectations and timelines.

Conclusion & Next Steps

The textile industry’s adoption of EN ISO 25086-1:2026 and EN ISO 9073-11:2026 is pivotal for organizations seeking to enhance quality, reliability, and regulatory standing. These standards set the benchmark for snagging resistance and nonwoven run-off testing—attributes central to customer satisfaction, safety, and the avoidance of market-entry barriers.

Key takeaways:

• Updated test protocols provide more accurate and actionable data for product development teams.
• Businesses that proactively transition to these standards will reinforce their market credibility and compliance posture.
• Continuous engagement with standards updates—such as through resources like iTeh Standards—ensures lasting competitive advantage and risk minimization.

Recommended next steps:

• Review your laboratory and quality systems for alignment
• Train relevant personnel in new procedures
• Communicate changes—and their benefits—to your commercial and technical partners

For full access to the detailed requirements and further updates, explore the following resources hosted by iTeh Standards:

View EN ISO 25086-1:2026 on iTeh Standards

View EN ISO 9073-11:2026 on iTeh Standards

Stay ahead: Follow iTeh Standards for timely, authoritative updates in textile and leather technology standardization.