Visors are protective equipment that cover all or part of the face, usually made from transparent polycarbonate or acetate materials. Some visor models are designed to be integrated with helmets or headgear systems. The main features of visors include:
- Wide Field of Vision: Some visors offer a field of view up to 180 degrees, providing the user with a broad perspective.
- Adjustability: Height and width adjustments allow compatibility with different head shapes.
- Material Durability: Polycarbonate visors offer high resistance to impacts and provide protection against electric arcs.
- Comfort Features: Features such as forehead support and anti-fog coatings provide comfort during prolonged use.
Standards and Legislation
Visors must be manufactured in compliance with certain international and national standards:
- EN 166: Basic technical performance standard for personal eye protection.
- EN 167: Specifies methods for optical testing.
- EN 168: Covers methods for non-optical testing.
- EN 169 - EN 172: Define specific protection requirements such as welding filters, ultraviolet and infrared filters.
In Türkiye, the Personal Protective Equipment Handbook published by the Ministry of Labour and Social Security provides guidance on the use of visors.
Face Protection – Visor (Artificial Intelligence Generated)
Areas of Use
Visors are used in various sectors to provide protection against different risks:
- Construction and Industry: Protect against splashes, dust, and particles.
- Chemical and Laboratory: Provide facial protection against chemical splashes and vapors.
- Welding and Metalworking: Special filtered visors are used against high temperatures, sparks, and radiation.
- Healthcare Sector: Provide facial protection against biological risks.
Visors are important personal protective equipment that protect workers' facial and eye areas against various industrial hazards. Properly selected visors that meet applicable standards play an effective role in preventing workplace accidents and protecting worker health.
