A lot of work-related accidents are reported each year in the form of eye injuries. Why do so many people get hurt, and why do some even risk going blind? Imagine how your life would be if you lost one of your senses—sight—and had to live in darkness.
Eye protection is used to guard against risks to the eyes and face, such as mechanical hazards (e.g., flying particles) and chemical hazards (e.g., chemical splashes). Protection against radiation, such as UV rays or bright light, can also be a workplace risk.
To choose the right protection, it is important to identify the risks in the surrounding environment and ensure that the protection is tailored to the wearer. The only way to be fully protected from eye injuries on the job is to wear the proper eye protection 100% of the time.
To be fully protected, it is required:
To achieve optimal protection, it is important to replace eye protection regularly if the fit deteriorates or the lenses become scratched.
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The mechanical test according to EN 166 (Enhanced Strength) is performed by dropping a 22mm steel ball on the protective lens at a speed of 5.1m/s. "S" indicates that this test has been completed.
A 6mm steel ball is used and shot at the protective lens.
Low-energy impact – 45 m/s marked with "F" – (safety glasses, goggles, visors)
Medium-energy impact – 120 m/s marked with "B" – (goggles, visors)
High-energy impact – 190 m/s marked with "A" – (visors)
The optical quality of eye protection is divided into three classes. The lens is marked with 1, 2, or 3. Class 1 is the best class for optical performance.