BS EN 13087-4:2012

Comprehensive Safety Standard for Protective Helmets

BS EN 13087-4:2012 is the definitive safety standard for protective helmets used in a wide range of industries and applications. This British Standard, which is identical to the European EN 13087-4:2012 standard, establishes the technical specifications and testing requirements for helmets designed to protect the wearer's head from impact, penetration, and other hazards.

Ensuring Compliance and Worker Safety

Compliance with BS EN 13087-4:2012 is essential for any organization that requires the use of protective helmets. This standard ensures that helmets meet the necessary safety criteria to protect workers in potentially dangerous environments, such as construction sites, manufacturing facilities, and emergency response operations.

Key Features and Benefits:

- Comprehensive testing procedures to evaluate helmet performance under various impact, penetration, and other hazardous conditions- Requirements for helmet design, materials, and construction to ensure optimal protection and durability- Provisions for labeling, marking, and user information to promote proper helmet selection and use- Alignment with EU regulations and directives, including the Personal Protective Equipment (PPE) Regulation (EU) 2016/425- Supports compliance with workplace health and safety legislation, reducing the risk of accidents and injuries

Technical Specifications and Testing

BS EN 13087-4:2012 outlines the specific technical requirements and testing methods for protective helmets, including:

Impact Protection:

- Testing for shock absorption and impact resistance, including drop tests and anvil impacts- Evaluation of helmet deformation and the transfer of forces to the wearer's head

Penetration Resistance:

- Procedures for assessing the helmet's ability to withstand sharp objects and prevent penetration- Testing of the helmet shell and energy-absorbing liner

Comfort and Fit:

- Requirements for helmet size, adjustability, and stability to ensure a secure and comfortable fit- Evaluation of the helmet's ventilation and thermal properties

Durability and Aging:

- Testing of the helmet's resistance to environmental factors, such as temperature, humidity, and UV exposure- Assessment of the helmet's structural integrity and performance over timeBy adhering to the rigorous standards set forth in BS EN 13087-4:2012, manufacturers can ensure that their protective helmets provide the necessary level of safety and protection for workers in a wide range of industries and applications.