BS EN 45559:2017 is a technical standard that specifies the requirements and test methods for protective gloves used in the handling and manipulation of objects with mechanical risks. These gloves are designed to provide protection against potential injuries, such as cuts, abrasions, punctures, and impact. This standard sets out criteria for different levels of performance based on the glove's resistance to these hazards.
Scope and Application
BS EN 45559:2017 applies to all types of protective gloves that are capable of providing mechanical protection. It covers gloves made from various materials, including but not limited to, leather, fabric, synthetic fibers, and polymers. The standard provides guidance on the appropriate selection and use of gloves based on the intended application and level of risk involved. It also outlines the testing procedures and performance levels that gloves must meet to comply with the standard.
Performance Levels and Testing Methods
BS EN 45559:2017 defines four performance levels for gloves based on their resistance to different mechanical risks: Level 1 - Lowest, Level 2 - Low, Level 3 - Moderate, and Level 4 - High. Each level corresponds to specific test requirements and performance thresholds. These tests evaluate the gloves' ability to withstand cutting, tearing, puncturing, and impact forces. The standard also covers additional properties like ergonomics, dexterity, and grip performance, which are crucial for ensuring user comfort and efficiency.
Compliance and Certification
To determine compliance with BS EN 45559:2017, gloves undergo rigorous testing by authorized third-party laboratories. The test reports should include detailed measurements, observations, and performance ratings for each test conducted. Manufacturers and suppliers are responsible for ensuring that their gloves meet the specified requirements before placing them on the market. Consumers can verify compliance by checking for the CE marking and the appropriate performance level stated on the product label or packaging.